LM393DTR
Manufacturer Part Number: LM393DTR | Manufacturer / Brand: XBLW |
Part of Description: The LM393DTR is a low-power, dual voltage comparator specifically designed for operation from a single supply over a wide voltage range. | Lead Free Status / RoHS Status: Digital Signal Processors & Controllers - DSP, DSC 16 BIT HYBRID CNTRLR |
Ship From: HK/Shen Zhen | Shipment Way: DHL/Fedex/TNT/UPS |
Datasheets:
|
Product parameters
Manufacturer | XBLW |
Details | RoHS |
Mounting Style | SMD/SMT |
Package / Case | SOP-8 |
Supply Voltage – Min | 2 V |
Supply Voltage – Max | 36 V |
Packaging | – |
Moisture Sensitive | Yes |
Factory Pack Quantity | – |
Get in touch with us now
The LM393DTR is a low-power, dual voltage comparator specifically designed for operation from a single supply over a wide voltage range. It offers two independent comparators in one package, making it suitable for various applications that require multiple comparison functions.
With its ability to operate from a single power supply ranging from 2V to 36V, the LM393DTR provides flexibility in power source selection. The comparators feature low input offset voltage, typically ±1mV, and low output saturation voltage, typically 0.1V at 4mA sink current. This ensures accurate and reliable comparison of input signals.
In addition, the LM393DTR boasts low power consumption, with a typical value of 0.6mA at 5V supply voltage. Its open-drain outputs allow for easy interfacing with digital systems and other circuits. The comparator also includes output short-circuit protection to prevent damage in the event of an output short circuit.
The LM393DTR is available in an 8-pin SOIC (small outline integrated circuit) package, which is compact and easy to integrate into circuit designs. Its wide operating temperature range and good temperature stability further enhance its versatility in different environments and applications.
Overall, the LM393DTR is a versatile and reliable dual voltage comparator that offers accurate comparison, low power consumption, and easy integration into various circuit designs. It is suitable for use in voltage detection circuits, voltage transformer circuits, and other applications that require precise and reliable comparison of input signals.