概要
説明
The ZSSC415xKIT Evaluation Kit provides the hardware needed for configuration, calibration and evaluation of the ZSSC4151 Sensor Signal Conditioner (SSC) IC. The user's PC can communicate with the ZSSC4151 IC mounted on the ZSSC415x/6x/7x SSC Evaluation Board via the SSC Communication Board through a USB connection. The Evaluation Kit Software is available on-line for free download.
The Evaluation Board can connect to the user's sensor or to the SSC Sensor Replacement Board (SRB). The SRB provides a replacement for an actual sensor and can be used for the first step of calibration or a dry-run calibration. On the SRB, the simulated resistive sensor signal is controlled by a potentiometer. The kit also includes the ZSSC415x Test-PCB, which is a small populated board including a ZSSC4151 QFN sample and the required external components already mounted for facilitating user prototypes.
For further information and support for the SSC Communication Board, visit the SSC-CB product page.
Boards can also be ordered separately. To enable product comparisons, this modular kit is compatible with other select Renesas devices. Contact your local sales representative for more information.
特長
- ZSSC415x/6x/7x Evaluation Board with a ZSSC4151 sample mounted
- SSC Communication Board
- SSC sensor Replacement Board
- ZSSC415x Test-PCB
- 5 additional ZSSC4151 QFN samples
- Tweezers
- USB cable
アプリケーション
設計・開発
関連ボード＆キット
ボード＆キット
SSC Communication Board
The SSC Communication Board is included in Renesas' modular SSC Evaluation Kits for select sensor signal conditioner (SSC) ICs. It is also part of the modular SSC Mass Calibration System for SSC ICs. It provides communication between the user's computer and the SSC IC mounted on the SSC... 続きを読む
製品選択
| Part Number | Status | Stock | Budgetary Price (USD) | Sampleable |
|---|---|---|---|---|
| ZSSC415XEVKV1P6 | Active | In Stock | 1u | $175 | Available |
| ZSSC415XEVKV1P5 | Obsolete | Out of Stock | N/A |
ビデオ&トレーニング
The ZSSC4151 is a CMOS integrated circuit for highly accurate amplification and sensor-specific correction of resistive bridge sensor signals. Digital compensation of sensor offset, sensitivity, temperature drift, and non-linearity is accomplished via an internal 16‑bit RISC microcontroller running a correction algorithm, with calibration coefficients stored in an integrated EEPROM.
