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Voltage Detector with Adjustable Delay Time - BD52E59G-MROHM's BD52Exxx and BD53Exxx series are highlyaccurate, low current consumption Voltage DetectorICs with a capacitor controlled time delay. The line upincludes BD52Exxx devices with N-channel open drainoutput and BD53Exxx devices with CMOS output. Thedevices are available for specific detection voltagesranging from 2.3V to 6.0V in increments of 0.1V.
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Specifications:
Voltage Detection[V] | 5.9 |
VDET Precision [%] | ±1 |
Reset Active Voltage Range [V] | 0.95 to 10 |
Output Types | Open drain |
Reset Delay Timer | Adjustable Delay |
Reset Active State | Low |
Manual Reset | No |
Watchdog Timer | No |
Auto Motive | Yes |
Circuit Current (ON) [µA] | 0.85(VDET=4.8V) |
Circuit Current (OFF) [µA] | 0.85(VDET=4.8V) |
Hysteresis Voltage [V] | VDET x 0.05 |
"L" Output Current (LowVol) [mA] | 1.2 |
"L" Output Current (HighVol) [mA] | 5 |
Delay Circuit Resistance [MΩ] | 9.0 |
Comment | Cu wire bonding. |
Operating Temperature (Min.)[°C] | -40 |
Operating Temperature (Max.)[°C] | 105 |
Features:
- ・ Delay Time Controlled by external Capacitor
・ Two output types (N-channel open drain and CMOS output)
・ Ultra-low current consumption
・ Very small, lightweight and thin package
・ Package SSOP5 is similar to SOT-23-5(JEDEC)
Applications:
RELATED PRODUCTS
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PART NUMBER | Product Name | Package | Datasheet | Distribution Inventory |
---|---|---|---|---|
BD52E23G-M | Voltage Detector with Adjustable Delay Time | SSOP5 | inquiry | |
BD52E24G-M | Voltage Detector with Adjustable Delay Time | SSOP5 | inquiry | |
BD52E25G-M | Voltage Detector with Adjustable Delay Time | SSOP5 | Buy Sample | |
BD52E26G-M | Voltage Detector with Adjustable Delay Time | SSOP5 | Buy Sample | |
BD52E27G-M | Voltage Detector with Adjustable Delay Time | SSOP5 | inquiry | |
BD52E28G-M | Voltage Detector with Adjustable Delay Time | SSOP5 | Buy Sample |
New Products:
Technical Data
Thermal Resistance
The definition and how to use thermal resistance and thermal characterization parameter of packages for ROHM’s integrated circuit are described in this application note.
Part Explanation
For ICs