XD6138
AEC-Q100 Grade 1 Compliant Voltage Detector, Topr=125°C
XD6138 with 76V VSEN pin, high accuracy, low power consumption
The XD6138 series is a voltage detector with separate power supply voltage terminal and voltage detection terminal (sense terminal). Since it supports sense terminal input voltages up to 76V, it does not require a dividing resistor like low-voltage products when monitoring the voltage of 12V and 24V automotive batteries and can monitor directly.
Since no dividing resistor is required, it is possible to suppress the constant current (dark current) that flows as a backup power source for the car navigation system, ECU memory, etc. even when the ACC power supply is off.
In addition, it contributes to higher accuracy, space saving, and improved reliability.
KEY FEATURES:
- Monitor Voltage rails directly without needing dividing resistors
- VSEN pin 76 V max.
- Withstands surge voltages to 90 V for ≤ 400 ms
- Specify Detect & Release voltages separately
- Select optimum Voltage combination to match power supply fluctuations
- Select optimum Voltage combination to match power supply fluctuations
- Detect / Release delay with Manual RESET
- Adjustable with an external capacitor
- Selectable delay time ratio
- Low Current Consumption
-
IDD 0.5 μA @ VDD=2.2 V
-
ISEN 0.15 μA @ VSEN=12 V
-
KEY ELECTRICAL PARAMETERS:
| SERIES | ||||
| Operating voltage range | 2.2V ~ 6.0V | |||
| VSEN voltage range | 0V ~ 76.0V | |||
| Detect voltage range (VDF) | 2.3V ~ 20.0V | |||
| Release voltage range (VDR) | 2.5V ~ 24.0V | |||
| VDF & VDR accuracy |
25 oC | ±1.5% | ||
| -40~125 oC | ±3.0% | |||
| Temp. Characteristics | ±50ppm /oC | |||
| Supply current | IDD | 0.5μA @ VDD=2.2V | ||
| ISEN | 0.15μA @ VSEN=12V | |||
| Output type | CMOS output or Nch open drain | |||
| Output logic | H level or L level at detect | |||
| Functions | Adj. Detect/Release Delay Time | |||
| Selectable Delay Time ratio | ||||
| Manual Reset | ||||
| Op. Amb. Temp range | -40oC ~ 125oC | |||
| Package | SOT-25 | |||
TYPICAL APPLICATION CIRCUIT
TYPICAL PERFORMANCE CHARACTERISTICS
DIRECTLY MONITOR A 12V OR 24V CAR BATTERY
Direct monitoring of high voltage
“No need for resistor divider circuit”
✓ Reduction of dark current when the ACC Power is off
✓ High Accuracy
✓ Surge Voltage: 90V@400ms
EXAMPLE OF 12V BATTERY MONITORING
With general voltage detectors only the detection voltage can be set, and the release voltage is determined in advance by the hysteresis width (approximately 5% of the detection voltage).
With the XD6138 series, the detection voltage and release voltage can be set separately. High or Low detection logic can be selected, and in addition to the widely used voltage drop detection, overvoltage detection is also supported.
The delay time can be externally adjusted with an external capacitor, and the ratio of the detection and release delay times can be selected.
In addition, a manual reset function is provided that can be forcibly reset by dropping the Cd and MRB terminals to the VSS level.
STANDARD CONFIGURATIONS
| Supposed monitored line | Product Number | Output Configuration | Output Logic | Delay Time Ratio (Release Delay:Detect Delay) | Detect Voltage | Release Voltage | Hysteresis | ||||||||
| USB / 5V | XD6138CF25 | CMOS output | Active Low | 1 : 1.000 | 3.5V | 4.0V | 14.3% | ||||||||
| XD6138BA37 | Active High | 1 : 0.000 | 4.0V | 4.2V | 5.0% | ||||||||||
| XD6138NA37 | Nch open drain | Active Low | |||||||||||||
| 12V | XD6138CAR5 | CMOS output | Active Low | 1 : 0.000 | 5.0V | 4.0V | 4.0V | ||||||||
| XD6138NA5V | Nch open drain | 5.0V | 4.0V | 4.0V | |||||||||||
| XD6138NATU | 5.2V | 4.0V | 4.0V | ||||||||||||
| XD6138BAR8 | CMOS output | Active High | 5.5V | 8.2V | 5.0% | ||||||||||
| XD6138NF7U | Nch open drain | Active Low | 1 : 1.000 | 5.6V | 6.3V | 12.5% | |||||||||
| XD6138NA96 | 1 : 0.000 | 6.0V | 6.5V | 8.3% | |||||||||||
| XD6138ND9G | 1 : 0.250 | 6.0V | 7.5V | 5.3% | |||||||||||
| XD6138CCCG | CMOS output | 1 : 0.125 | 6.8V | 8.5V | 25.0% | ||||||||||
| XD6138NAE7 | Nch open drain | 1 : 0.000 | 7.3V | 7.8V | 25.0% | ||||||||||
| XD6138NARJ | 7.5V | 9.7V | 29.3% | ||||||||||||
| XD6138NCRJ | 1 : 0.125 | ||||||||||||||
| XD6138CARJ | CMOS output | 1 : 0.000 | |||||||||||||
| XD6138CCRJ | 1 : 0.125 | ||||||||||||||
| XD6138NAL6 | Nch open drain | 1 : 0.000 | 8.7V | 9.2V | 5.7% | ||||||||||
| XD6138NAN0 | 9.5V | 10.0V | 5.3% | ||||||||||||
| XD6138CAN0 | CMOS output | ||||||||||||||
| XD6138NANL | Nch open drain | 10.0V | 10.5V | 5.0% | |||||||||||
| 24V | XD6138NFP0 | Nch open drain | Active Low | 1 : 1.000 | 12.0V | 13.0V | 8.3% | ||||||||
| XD6138NASY | 1 : 0.000 | 15.5V | 20.0V | 29.0% | |||||||||||
| XD6138NAQE | 17.5V | 18.5V | 5.7% | ||||||||||||
| XD6138NAQT | 19.0V | 20.0V | 5.3% |