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ZSSC41xx SSC Evaluation Board User Guide

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ZSSC41xx SSC Evaluation Board User Guide
Important Notes
Disclaimer
Integrated Device Technology, Inc. and its affiliated companies (herein referred to as "IDT") shall not be liable for any damages arising out of defects resulting from (i) delivered hardware or software (ii) non-observance of instructions contained in this manual and in any other documentation provided to user, or (iii) misuse, abuse, use under abnormal conditions, or alteration by anyone other than IDT.
TO THE EXTENT PERMITTED BY LAW, IDT HEREBY EXPRESSLY DISCLAIMS AND USER EXPRESSLY WAIVES ANY AND ALL WARRANTIES, WHETHER EXPRESS, IMPLIED, OR STATUTORY, INCLUDING, WITHOUT LIMITATION, IMPLIED WARRANTIES OF MERCHANTABILITY AND OF FITNESS FOR A PARTICULAR PURPOSE, STATUTORY WARRANTY OF NON-INFRINGEMENT, AND ANY OTHER WARRANTY THAT MAY ARISE BY REASON OF USAGE OF TRADE, CUSTOM, OR COURSE OF DEALING.
Restrictions in Use
IDT's ZSSC41xx SSC Evaluation Kits, consisting of the SSC Communication Board (SSC-CB), ZSSC41xx SSC Evaluation Board (ZSSC41xx SSC EB), SSC Sensor Replacement Board (SSC-SRB), and ZSSC41xx Evaluation Software, are designed for sensor module evaluation, laboratory setup, and module calibration development only. IDT's ZSSC41xx SSC Evaluation Kit hardware and software must not be used for module production or production test setups. The related product ZSSC41xx SSC Mass Calibration System is designed only for development, evaluation, and laboratory setup of sensor modules with IDT Sensor Signal Conditioner ICs. The IDT Mass Calibration System hardware and software must not be used for module production and production test setups.
Contents
1. Introduction...................................................................................................................................................................................................3 2. Hardware Description ...................................................................................................................................................................................4
2.1 Kit Overview .......................................................................................................................................................................................4 2.2 ZSSC41xx SSC Evaluation Board Overview .....................................................................................................................................5 3. Pin Descriptions for Board Connectors ........................................................................................................................................................7 3.1 Connections between the SSC Communication Board and the ZSSC41xx SSC Evaluation Board ..................................................7 3.2 Connections between the Optional Sensor Replacement Board and the ZSSC41xx SSC Evaluation Board ...................................7 4. ZSSC41xx SSC Evaluation Board Schematic, Layout, and BOM ................................................................................................................8 5. Related Websites and Software .................................................................................................................................................................13 6. Revision History..........................................................................................................................................................................................14

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May 13, 2019

ZSSC41xx SSC Evaluation Board User Guide
List of Figures
Figure 1. ZSSC41xx SSC Evaluation Kit ............................................................................................................................................................3 Figure 2. Alternative User Sensor Module Connection Options .........................................................................................................................4 Figure 3. ZSSC41xx SSC Evaluation Board � Overview....................................................................................................................................5 Figure 4. ZSSC41xx SSC Evaluation Board Schematic .....................................................................................................................................8 Figure 5. ZSSC41xx SSC Evaluation Board Layout � Silkscreen ....................................................................................................................10 Figure 6. ZSSC41xx SSC Evaluation Board Layout � Top Side.......................................................................................................................11 Figure 7. ZSSC41xx SSC Evaluation Board Layout � Bottom Side .................................................................................................................12
List of Tables
Table 1. ZSSC41xx SSC Evaluation Board Connectors, Switches, and LEDs .................................................................................................5 Table 2. Signal Connections: ZSSC41xx SSC Evaluation Board and SSC Communication Board ..................................................................7 Table 3. Signal Connections: ZSSC41xx SSC Evaluation Board and Sensor Replacement Board..................................................................7 Table 4. Bill of Materials for ZSSC41xx SSC Evaluation Board ........................................................................................................................9

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ZSSC41xx SSC Evaluation Board User Guide
1. Introduction
The ZSSC41xx SSC Evaluation Board (ZSSC41xx SSC EB) is the main board in the modular ZSSC41xx SSC Evaluation Kits. These kits are designed for sensor module evaluation, laboratory setup, and module calibration development for the ZSSC41xx Sensor Signal Conditioner ICs (SSC), including the ZSSC4151, ZSSC4161, ZSSC4162, ZSSC4165, ZSSC4169 and ZSSC4175 (i.e., the device under test). Unless otherwise noted, all references to the ZSSC41xx apply to these products. Refer to the product-specific kit user manuals for the specific contents, hardware setup details, software setup, basic operation, and order codes for the kits. Refer to the product-specific software manuals for full instructions for using the software for communication, calibration, configuration, and evaluation of the device under test (DUT). These manuals and the product-specific software are available for download on the IDT web pages for the specific products (see section 5). The ZSSC41xx SSC Evaluation Kits contain the SSC Communication Board (SSC-CB), the ZSSC41xx SSC Evaluation Board, and the Sensor Replacement Board (SSC-SRB). These boards can be connected in the following configurations: The kit can be set up using the Sensor Replacement Board in place of a real sensor only for demonstration purposes as illustrated in
Figure 1 (see details in section 2.1). The user's sensor can be connected on the KL1/KL2/KL3 screw terminals (see Figure 2) on the ZSSC41xx SSC Evaluation Board instead
of using the Sensor Replacement Board. The "Sensor 1" or "Sensor 2" headers can be used to connect through the Evaluation Board to a complete user's module (including the
user's sensor, ZSSC41xx DUT, and external circuit); in this case, do not use the 24-QFN socket or Sensor Replacement Board. Note: Sensor 2 is not applicable to the ZSSC4151. Note: The SSC Communication Board (SSC-CB) must be version 4.1 with the current firmware version (see section 5) to function properly with the ZSSC41xx SSC Evaluation Board. Note: On delivery, the ZSSC41xx SSC Evaluation Board has a "dummy" IC in the socket that must be replaced with an actual ZSSC41xx DUT. Refer to Figure 1 for the location of pin 1 for proper IC orientation.
Figure 1. ZSSC41xx SSC Evaluation Kit
Pin 1

Rese t
SSC Communication Board (SSC-CB)

ZSSC415x/6x/7x SSC Evaluation Board (ZSSC41xx SSC EB)

Sensor Replacement Board (SSC-SRB)

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ZSSC41xx SSC Evaluation Board User Guide
2. Hardware Description
2.1 Kit Overview
A primary purpose of the ZSSC41xx Evaluation Kit is communication between the user's computer and the ZSSC41xx DUT on the ZSSC41xx SSC EB. The computer sends commands and data via its USB port (configured as a virtual COM port) to the SSC-CB. The microcontroller on the SSC-CB interprets these commands and relays them to the ZSSC41xx in the I2C or OWI* (One-Wire Interface) communication mode. Refer to the SSC Communication Board Datasheet for additional information about this board (see section 5). The optional SSC-SRB provides a replacement for an actual resistive sensor and can be used for the first step of a calibration demonstration or a "dry-run" calibration. On the SSC-SRB, the sensor replacement signal is controlled by a potentiometer and provides a signal ranging from 2mV to 110mV to the analog front-end of the ZSSC41xx (BR1N and BR1P pins) and a temperature sensor signal from a 1N4148 diode to the ZSSC41xx temperature input (TS1 or TS2 pin, selectable by jumper K8, not applicable to the ZSSC4175D-01). Refer to the SSC Sensor Replacement Board Datasheet for additional information about this board (see section 5). The SENT (Single Edge Nibble Transmission) interface signal (not applicable to the ZSSC4151) is a one-way transmission of values from the DUT to the SSC-CB microcontroller (intended for Normal Operation Mode only). The SENT interface allows high-resolution data transmission with a lower system cost than other serial data solutions. If enabled (see Table 1), the "Sensor 2" header can be used as a SENT input from an external user module for the ZSSC416x and ZSSC417x families (not applicable to the ZSSC4151). The "Sensor 1" header can be used for either a SENT input (not applicable to ZSSC4151) or an OWI interface (required for ZSSC4151) for an external user module.
Figure 2. Alternative User Sensor Module Connection Options
KL1/KL2/KL3: Optional screw terminals for the user s sensor if the SSC-SRB is not used

Sensor Module with AOUT/OWI

Sensor Module with SENT

The microcontroller will forward any data bytes from the ZSSC41xx back to the user's computer via the USB connection. These bytes can be sensor and temperature readings to be displayed by the software on the computer, raw analog-to-digital converter (ADC) data used during calibration, or EEPROM data. The SSC-CB microcontroller controls the power signals required for entering the Command Mode.
The ZSSC41xx power (VDDE) can be supplied from the CB KS5V power supply (jumper K7 closed; see Figure 3) or from an external supply (VDDE2) connected across the VDDE2 and VSSE post on the KL1 screw terminal (jumper K7 must be open).
Important: Ensure that jumper K7 is open before connecting an external VDDE2 power supply.
If connected, the VDDE2 supply can be switched ON or OFF by the CB-controlled KS5V signal and the IC4 power MOSFET as needed to establish OWI communication.

* OWI is also referred to as ZACwireTM.

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ZSSC41xx SSC Evaluation Board User Guide
The reset button on the SSC-CB (see Figure 1) sets the controller to its initial state. Note that any SSC-CB port settings will be overwritten. The Mass Calibration Board DUT connector is intended for connecting the ZSSC41xx SSC Evaluation Board to a Mass Calibration Board (MCB) for evaluation. The connector provides an I2C and OWI interface through the MCB and provides power to it. Important: Do not connect the SSC-CB to the ZSSC41xx SSC EB if the MCB is used.
2.2 ZSSC41xx SSC Evaluation Board Overview
The operation of the ZSSC41xx SSC Evaluation Board is similar for all applicable products except as follows: For the ZSSC4151, the S1 jumper identified in Figure 3 must be in the OWI position. SENT transmission is not applicable to this product. For the ZSSC4151, the DOUT labels on the board and callouts in Figure 3 and in the schematic in Figure 4 refer to the ZSSC4151's
AOUT pin. The BR2N and BR2P pins do not apply to the ZSSC4151.
Figure 3. ZSSC41xx SSC Evaluation Board � Overview

D1 LED: KS5V supply status Bu1: 50-pin connector to SSC-CB
Jumper Bu2: DOUT to GND Switch S1: (socket s DOUT to CB-ADC1) SENT: Connection through 120 (not applicable to ZSSC4151) OWI: Direct connection
K6 Connector (4 x 7 pins)

KL1/KL2/KL3: Screw terminals for optional external supply and sensor bridges
K10: 50-pin connector for SSC-SRB
24-QFN Socket
TSSOP16 Socket (not mounted and not applicable)

Jumper K7: Supply the VDDE pin for the QFN and TSSOP sockets via KS5V (the TSSOP socket is not applicable)
Header Sensor 1: (K2, K1) External module to CB-ADC1

Header Sensor 2: (K5, K9) External module to CB-PE7

Jumper K8: Connects the external SSC-SRB temperature sensor to the DUT s TS1 or TS2 inputs

Table 1. ZSSC41xx SSC Evaluation Board Connectors, Switches, and LEDs

Name D1 Bu1 K10

Description Status LED for the KS5V supply. Its forward current is not included in the measured supply current. 50-pin female connector connected to the SSC-CB. See section 3.1 for descriptions of the signals on Bu1. 50-pin male connector to the SSC-SRB. See section 3.2 for descriptions of the signals on K10.

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ZSSC41xx SSC Evaluation Board User Guide

Name KL1
KL2
KL3 K1, K9 K2, K5
K4, K6 K7
K8
S1 24-QFN K11

Description
On-board screw terminal for GND (VSSE), VDDE2 (to VDDE), VDDA, and TS1 connections. (Note: The TS1 pin is not applicable to the ZSSC4175D-01.)
On-board screw terminal for TS2, VSSA, TOP, and BR2P. (Note: The BR2P pin is not applicable to the ZSSC4151 and the TS1 pin to the ZSSC4175D-01.)
On-board screw terminal for BR2N, BR1P, BR1N, and BOT. (Note: The BR2N pin is not applicable to the ZSSC4151.)
Powers (enables) the headers for connecting external Sensor 1 and Sensor 2 modules (K2 and K5 respectively) via KS5V.
Headers for connections for external Sensor 1 or Sensor 2 modules. Sensor 2 (K5) is intended only for SENT input one-way transmission (Sensor 2 is not applicable to the ZSSC4151). The ZSSC4151 requires the OWI interface to use Sensor 1 (K2).
Header strips for access to all ZSSC41xx signals; K6 can be used to connect directly to the DUT for in-circuit programming.
2-pin header for connecting the KS5V supply to the VDDE pin (leave jumper open when the external power supply VDDE2 is connected); provides test points for simple supply current measurements.
Connects the external SSC-SRB temperature sensor to the DUT's TS1 or TS2 inputs. (Note: The TS1 and TS2 pins are not applicable to the ZSSC4175D-01.)
Switch that is used for interface selection between OWI and SENT. (Set to OWI for the ZSSC4151.)
Socket for inserting the 24-QFN 4mm 4mm ZSSC41xx DUT.
Mass Calibration Board (MCB) DUT connector.

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ZSSC41xx SSC Evaluation Board User Guide

3. Pin Descriptions for Board Connectors

3.1 Connections between the SSC Communication Board and the ZSSC41xx SSC Evaluation Board
Table 2 gives the descriptions for the signals on the Bu1 connector (see Figure 3) that are applicable to the ZSSC41xx.

Table 2. Signal Connections: ZSSC41xx SSC Evaluation Board and SSC Communication Board

Bu1 Pin Name 5P KS5V GND SCL, SDA MOSI, MISO, SCK OWI

Bu1 Pin 1 3 2, 4, 6 11, 13 17, 19, 21 25

ADC1 PE7 Tr_PD2
PD4 PD6, PD7

27 28 39
43 47, 49

Description 5V constant power supply. Power supply controlled by the microcontroller on the SSC-CB. Ground connection. I2C interface, 5V logic. SPI interface, 5V logic (used for ZSSC41xx SSC EB identification by I2C). Bi-directional I/O port with ZSSC41xx-internal pull-up resistors; a pull-up resistor from KS5V with a resistance of 4.7k (on the SSC-CB) can be enabled by setting the SSC-CB microcontroller port pin G3 low via the PS_G30 terminal command. One-Wire Interface (OWI) connection to the SSC-CB's ADC1 (PA1). Bi-directional I/O port with internal pull-up resistors. Pull-up from KS5V with 510 resistor (R2) to the OWI line; enabled by setting the SSC-CB microprocessor port pin D2 low via the PS_D20 terminal command during OWI communication. Bi-directional I/O port with internal pull-up resistors. I2C 8-bit serial shift registers settings; set by the ZSSC41xx Evaluation Software.

3.2 Connections between the Optional Sensor Replacement Board and the ZSSC41xx SSC Evaluation Board
Table 3 gives the descriptions for applicable signals on the K10 connector (see Figure 3).

Table 3. Signal Connections: ZSSC41xx SSC Evaluation Board and Sensor Replacement Board

K10 Pin Name TOP TS_U BOT BR1P BR1N

K10 Pin 39, 45 41 43 47 49

Description Bridge and temperature sensor positive supply voltage Temperature sensor input (diode 1N4148) Bridge negative supply voltage Bridge positive signal Bridge negative signal

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ZSSC41xx SSC Evaluation Board User Guide
4. ZSSC41xx SSC Evaluation Board Schematic, Layout, and BOM
Figure 4. ZSSC41xx SSC Evaluation Board Schematic

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ZSSC41xx SSC Evaluation Board User Guide

Table 4. Bill of Materials for ZSSC41xx SSC Evaluation Board

Designator Bu1 Bu2 C1 C2 C3 C4 D1 IC1 IC2 IC4 K1 K2 K4 K5 K6 K7 K8 K9 K10 K11 KL1 KL2 KL3 R1 R2 R3 R4 R5 R6 R7

Value SL2x25-90
K1X2 100N 100N 2.2N 100N LED 1206GN 24-QFN Socket 74LS165ADR IRF9389TRPBF K1X2 K1X3 K4x8 K1X3 K4x7 K1X2 K1X3 K1X2 WSL-50POL_2x25 MCB DUT AKL 059-04 AKL 059-04 AKL 059-04 1.0K 510 120 10K 5.6K 120 120

Package WBUL50-GEW
1X02 0805 0805 0805 0805 1206-DIODE 24LQ50K14040 SOIC16_150MIL SMD8 1X02 1X03 4X08 1X03 4X07 1X02 1X03 1X02 2X25-90 LH-10 KLEMME-4RM3.5 KLEMME-4RM3.5 KLEMME-4RM3.5 0805 0805 0805 0805 0805 0805 0805

Manufacturer P/N BL 2X25W 2.54 SL 1X36G 2.54 z.B. X7R-G0805 100N X7R-G0805 100N X7R-G0805 2.2N X7R-G0805 100N SMD-LED 1206 GN 24LQ50K14040 296-31854-1-ND IRF9389TRPBFCT-ND SL 1X36G 2.54 z.B. M20-9990346 M20-9980846 M20-9990346 M20-9980745 SL 1X36G 2.54 z.B. M20-9990346 SL 1X36G 2.54 z.B. TSW-125-08-T-D-RA
WSL 10G AKL 059-04 AKL 059-04 AKL 059-04 SMD-0805 1.00K
1400040 SMD-0805 xxx SMD-0805 xxx SMD-0805 xxx SMD-0805 xxx SMD-0805 xxx

Supplier Reichelt Reichelt Reichelt Reichelt Reichelt Reichelt Reichelt Plastronics Digi-Key Digi-Key Reichelt Farnell Farnell Farnell Farnell Reichelt Farnell Reichelt Farnell Reichelt Reichelt Reichelt Reichelt Reichelt Farnell Reichelt Reichelt Reichelt Reichelt Reichelt

Quantity
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

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ZSSC41xx SSC Evaluation Board User Guide

Designator R8 S1 Pad

Value 10K SCHIEB-1U-2.54 Silicon Pads

Package 0805
SCHIEB-1U-2.5

Manufacturer P/N SMD-0805 xxx SS ESP101 1165068

Supplier Reichelt Reichelt Farnell

Quantity 1 1 4

Figure 5. ZSSC41xx SSC Evaluation Board Layout � Silkscreen

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Figure 6. ZSSC41xx SSC Evaluation Board Layout � Top Side

ZSSC41xx SSC Evaluation Board User Guide

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ZSSC41xx SSC Evaluation Board User Guide
Figure 7. ZSSC41xx SSC Evaluation Board Layout � Bottom Side

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May 13, 2019

ZSSC41xx SSC Evaluation Board User Guide

5. Related Websites and Software
Visit the specific product pages on IDT's website www.IDT.com to download software/firmware, related documents, and the latest version of this document, or contact IDT via the contact information on the last page.

Product ZSSC4151 ZSSC4161 ZSSC4162 ZSSC4165 ZSSC4169 ZSSC4175 SSC Communication Board (SSC-CB) Sensor Replacement Board (SSC-SRB)

IC Product Web Page www.IDT.com\ZSSC4151 www.IDT.com\ZSSC4161 www.IDT.com\ZSSC4162 www.IDT.com\ZSSC4165 www.IDT.com\ZSSC4169 www.IDT.com\ZSSC4175 www.IDT.com\ssc-cb www.IDT.com\ssc-srb

Kit Product Web Page www.IDT.com\zssc415xkit www.IDT.com\zssc416xkit www.IDT.com\zssc416xkit www.IDT.com\zssc416xkit www.IDT.com\zssc416xkit www.IDT.com\zssc417xkit

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ZSSC41xx SSC Evaluation Board User Guide

6. Revision History

Revision Date May 13, 2019

Description of Change
Complete document revision. Ordering code table removed. Product name changed to ZSSC41xx. Minor edits and template update.

February 1, 2017

Merger of separate documents for ZSSC4151 and ZSSC416x/7x and rebranding for IDT. Revision reference is now the document revision release date.
Addition of bill of materials and board layout images. Addition of Figure 2 for user module connections. Addition of order codes. Minor edits and re-organization.

Corporate Headquarters 6024 Silver Creek Valley Road San Jose, CA 95138 www.IDT.com

Sales 1-800-345-7015 or 408-284-8200 Fax: 408-284-2775 www.IDT.com/go/sales

Tech Support www.IDT.com/go/support

DISCLAIMER Integrated Device Technology, Inc. (IDT) and its affiliated companies (herein referred to as "IDT") reserve the right to modify the products and/or specifications described herein at any time, without notice, at IDT's sole discretion. Performance specifications and operating parameters of the described products are determined in an independent state and are not guaran teed to perform the same way when installed in customer products. The information contained herein is provided without representati on or warranty of any kind, whether express or implied, including, but not limited to, the suitability of IDT's products for any particular purpose, an implied warranty of merchantability, or non -infringement of the intellectual property rights of others. This document is presented only as a guide and does not convey any license under intellectual property rights of IDT or any third parties.
IDT's products are not intended for use in applications involving extreme environmental conditions or in life suppor t systems or similar devices where the failure or malfunction of an IDT product can be reasonably expected to significantly affect the health or safety of users. Anyone using an IDT product in such a manner does so at their own risk, absent an express, written agreement by IDT.
Integrated Device Technology, IDT and the IDT logo are trademarks or registered trademarks of IDT and its subsidiaries in the United States and other countries. Other trademarks used herein are the property of IDT or their respective third party owners. For datasheet type definitions and a glossary of common terms, visit www.idt.com/go/glossary. All contents of this document are copyright of Integrated Device Technology, Inc. All rights reserved.

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