SEIKO EPSON XV-9100LV LP Gyro Sensor Installation Guide
- June 16, 2024
- SEIKO EPSON
Table of Contents
SEIKO EPSON XV-9100LV LP Gyro Sensor
Product Information
The XV-9100LV / LP and XV-9300LV / LP are sensing devices equipped with a gyro sensor specifically designed for automotive applications.
Specifications
| Item | Symbol | XV-9100LV / LP | XV-9300LV / LP |
|---|---|---|---|
| Supply Voltage | VDD | – | – |
| Temperature Storage Temperature Range | TSTG | – | – |
| Operating Temperature Range | TOPR | – | – |
| Scale factor | So | – | – |
| Bias | V0 | – | – |
| Rate range | Iop | – | – |
| Non linearity | NL | – | – |
| Frequency response | BW | – | – |
| Cross axes | OS | – | – |
| Current consumption | Iop | – | – |
| Noise | rN | – | – |
| Start-up time | TACT | – | – |
Product Usage Instructions
-
Step 1: Power Supply Connection
Connect the VDD pin to the power supply voltage. -
Step 2: Clock Input
Connect the CLK pin to the clock signal source. -
Step 3: Diagnostic Output
Connect the DIAG pin to the diagnostic output terminal. -
Step 4: Ground Connection
Connect the GND pins to the ground. -
Step 5: Output Voltage
Connect the Vout pin to the desired output terminal for the sensor readings. -
Step 6: Check Signal
Connect the CHECK pin to the check signal terminal.
Note:
Do not connect the N.C. (No Connection) pins externally to any devices.
FAQ
What are the product numbers for XV-9100LV, XV-9100LP, XV-9300LV, and XV-
9300LP?
The product numbers are as follows:
- XV-9100LV: X2A000031xxxx00
- XV-9100LP: X2A000041xxxx00
- XV-9300LV: X2A000051xxxx00
- XV-9300LP: X2A000061xxxx00
What is the recommended power supply voltage?
The recommended power supply voltage is not specified in the manual. Please
refer to the manufacturer’s documentation or contact the manufacturer for
further information.
Can I connect the N.C. pins to external devices?
No, the N.C. (No Connection) pins should not be connected to any external
devices.
GYRO SENSOR FOR AUTOMOTIVE
XV-9100LV / LP
XV-9300LV / LP
- Wide temperature support, up to +125degree, good for engine room usage.
- High reliability by installing the self-diagnosis function
- Ultra small and lightweight using the original Double-T structure quartz crystal element.
- Excellent performance of shock-resistance and vibration-resistance.
- High reliability and connectivity to PCB using J-lead terminal.
- Conforms to AEC-Q100 (please contact us)
Recommended Application
Electric Stability Control System / Rollover Protection System
Product Numbers:
- XV-9100LV: X2A000031xxxx00
- XV-9100LP: X2A000041xxxx00
- XV-9300LV: X2A000051xxxx00
- XV-9300LP: X2A000061xxxx00
Specifications
(characteristics)
| Item | Symbol | Specifications | Conditions / Remarks |
|---|---|---|---|
| XV-9100LV / LP | XV-9300LV / LP | ||
| Supply Voltage | VDD | 5.0 V ±0.25 V | |
| Temperature range | Storage Temperature | TSTG | -40 °C to +125 °C |
| Operating Temperature | TOP | -40 °C to +125 °C | |
| Scale factor | So | 0.004 ´ VDD mV/(°/s) | 0.0012 ´ VDD mV/(°/s) |
| Bias | V0 | 0.5 ´ VDD V Typ. | |
| Rate Range | I | ±100 °/s | ±300 °/s |
| Nonlinearity | NL | ±0.5 % FS | |
| Frequency response | BW | 52.6 Hz Typ. | -3dB point |
| Cross axes | OS | ±5 % | Ta=+25 °C |
| Current consumption | Iop | 6.7 mA Typ. | VO : Output No load condition |
| Noise | rN | 1.0 (°/s) p-p Max. | 3.3 (°/s) p-p Max. |
| Start-up time | TACT | 300 ms Max. |
Product Name
(Standard form)
XV-9100 LV .**** kHz
- Model
- Package type
- Frequency (not necessary to specify）
External Dimensions
XV-9100LV / XV-9300LV
Pin map
| Pin | Description |
|---|---|
| 1 | GND |
| 2 | CLK |
| 3 | DIAG |
| 4 | VDD |
| 5 | GND |
| 6 | N.C. |
| 7 | Vout |
| 8 | GND |
| 9 | CHECK |
| 10 | N.C. |
Do not connect “N.C.” pins to external devices.
XV- 9100LP / XV-9300LP
Pin map
| Pin | Description |
|---|---|
| 1 | CHECK |
| 2 | GND |
| 3 | Vout |
| 4 | N.C. |
| 5 | N.C. |
| 6 | GND |
| 7 | GND |
| 8 | VDD |
| 9 | DIAG |
| 10 | CLK |
Do not connect “N.C.” pins to external devices.
Footprint
(Recommended)
-
XV-9100LV
-
XV-9300LV
-
XV-9100LP
-
XV-9300LP
Downloaded from Arrow.com.