HSMH-H170 Overview
The HSMH-H170 is a high-performance semiconductor device designed for precise industrial control and measurement applications. Engineered with advanced integration and robust operational characteristics, this component delivers reliable signal processing and enhanced accuracy in demanding environments. Its compact footprint and optimized electrical parameters make it suitable for a wide range of automated systems. Sourcing specialists and engineers will appreciate its balance of sensitivity, power efficiency, and compatibility within complex electronic architectures. For more details, visit IC Manufacturer.
HSMH-H170 Technical Specifications
| Parameter | Specification |
|---|---|
| Operating Voltage | 3.3 V ?? 5% |
| Operating Temperature Range | -40??C to +85??C |
| Input Sensitivity | 1 mV (typical) |
| Output Signal Type | Analog voltage |
| Response Time | 5 ??s (typical) |
| Package Type | SOP-8 |
| Power Consumption | 12 mW (typical) |
| Input Impedance | 10 k?? |
HSMH-H170 Key Features
- High Sensitivity: Enables detection of low-level input signals, improving measurement precision in industrial automation.
- Fast Response Time: With a typical 5 ??s response, the device supports real-time signal processing, crucial for time-critical applications.
- Low Power Consumption: Designed for energy-efficient operation, minimizing thermal stress and extending system lifetime.
- Wide Operating Temperature Range: Reliable performance over -40??C to +85??C ensures stability in harsh environments.
- Compact SOP-8 Package: Simplifies PCB design while maintaining robustness and ease of integration.
HSMH-H170 Advantages vs Typical Alternatives
This device offers superior sensitivity and faster response times compared to typical alternatives, enabling more accurate signal detection and quicker system reactions. Its low power consumption reduces overall energy usage, while the wide temperature tolerance ensures consistent operation in diverse industrial conditions. Integration is simplified through its compact packaging, making it a reliable choice for engineers seeking efficiency and precision.
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Typical Applications
- Industrial automation control systems requiring precise analog signal measurement and rapid response in variable temperature environments.
- Sensor interface circuits where low input signal detection and efficient power use are critical for system performance.
- Data acquisition modules operating in rugged conditions, demanding stable and accurate analog signal output.
- Embedded electronics in manufacturing equipment, benefiting from compact design and reliable performance.
HSMH-H170 Brand Info
This product is part of a trusted semiconductor lineup from a leading IC manufacturer known for delivering quality components tailored for industrial electronics. The device reflects the brand??s commitment to innovation, reliability, and high precision in semiconductor technology. It is engineered to meet stringent industrial standards, making it a preferred choice for engineers and sourcing professionals worldwide.
FAQ
What is the maximum operating temperature for the device?
The device supports operation up to +85??C, allowing it to function reliably in typical industrial temperature ranges and some harsh environments.
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How does the input sensitivity benefit signal detection?
With a sensitivity as low as 1 mV, the component can detect very small input signals, improving accuracy in measurement and control applications where subtle signal variations are critical.
Can this device be used in low-power applications?
Yes, its typical power consumption of 12 mW makes it suitable for energy-conscious designs, helping reduce overall system power requirements without sacrificing performance.
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What packaging options are available for integration?
The device comes in a compact SOP-8 package, which facilitates easy PCB layout and integration into space-constrained industrial systems.
Is the response time adequate for high-speed industrial applications?
With a typical response time of 5 microseconds, the device meets the demands of high-speed processing, enabling real-time signal handling in fast automation systems.