TSM924ESE+T

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Linear comparators are analog circuits which are often used in applications requiring either high speed or large operating voltage range. The specific TSM924ESE+T is one such example of a linear comparator. This comparator is ideal for applications involving low power dissipation, precision analog-to-digital conversion, power supply sequencing, and more. This article will provide an overview of the TSM924ESE+T application field and working principle.

TS924ESE+T Application Field

The TSM924ESE+T comparator is designed for use in applications requiring high precision, wide operating voltage range, and high speed processing. It is also suitable for applications soliciting high speed, random bit flow output. Examples of such applications include:

• Digital Signal Processing (DSP)
• Analog-to-Digital Conversion (ADC)
• Data Acquisition
• Synchronization & Timing Control
• Gain Control
• Power Supply Sequencing & Monitoring

The TSM924ESE+T is specifically designed to provide selective PC board level trimming by enabling board level and system level end trim curves. This device boasts an exceptionally wide operating voltage range from 2V to 75V and support speeds of up to 8MHz. This allows for precision results in almost any application.

TSM924ESE+T Working Principle

The TSM924ESE+T comparator consists of two different voltage range control pins (VINL and VINH) that are connected together to create a single adjustable voltage range. The reference voltage is supplied to the VINL pin and the range voltage is supplied to the VINH pin. When the input voltage surpasses the reference voltage, the output pin will switch to logic high (1). This is the basic working principle of the comparator.

The device also features an on-chip voltage controlled oscillator (VCO) that helps control the speed of the comparator. The VCO has a selectable frequency from 1KHz to 8MHz which allows the device to be used for various applications such as simple integration timers and ADCs. Additionally the TSM924ESE+T has two separate enable pins that allow for synchronization with other comparators and integrated circuits.

Conclusion

The TSM924ESE+T is a linear comparator that is suitable for applications requiring high precision, wide operating voltage range, and high speed processing. The comparator features an on-chip voltage controlled oscillator and two enable pins which provide control over the device in a wide range of applications. This device is ideal for low power dissipation, precision analog-to-digital conversion, power supply sequencing, and more. As such, the TSM924ESE+T is a great choice for integrated circuit designs that require precise performance and speed.

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