Description
The HCPL-J312-300E is an optocoupler designed for logic-level signal transmission between circuits. It features a push-pull output, which allows it to handle both DC and low-frequency AC inputs.
This device is typically used in applications where isolation or protection of sensitive circuits from external interference is required. Its compact 8-pin PDIP package makes it suitable for various board layouts.
In summary, the HCPL-J312-300E is an optocoupler that provides signal transmission and circuit isolation. Its small footprint and push-pull output make it a versatile choice in various electronic applications.
Features
The HCPL-J312-300E optocoupler features a logic-out push-pull configuration, designed for DC input with a single-channel capacity. It operates in an 8-pin PDIP or SMD package, supporting both through-hole and surface-mount technologies. The device is suitable for applications where isolation between digital signals is required.
Package
The HCPL-J312-300E does not specify a package type.
Manufacturer
The manufacturer of the HCPL-J312-300E is Broadcom Limited. Broadcom is a global semiconductor company known for its integrated circuits, connectivity solutions, and wireless technology. It operates in various sectors such as telecommunications, networking, and data storage.
Applications
The HCPL-J312-300E is an optocoupler designed for logic-level signal transmission between digital circuits. Its application areas include isolated data communication, industrial control systems, and safety-related projects where electrical isolation is essential.
HCPL-J312-300E FAQs
1.Q: How does the HCPL-2631 ensure signal integrity?
A: Its 1.6 hysteresis ratio minimizes noise-induced switching errors, and 3750V isolation blocks high-voltage transients.
2.Q: What is the operating temperature range for the Agilent HCPL-2631?
A: It operates reliably between -40°C and +100°C, suitable for harsh industrial environments.
3.Q: What are related parts to the Agilent HCPL-2631?
A: Similar parts include Broadcom HCPL-2601, Avago ACPL-263L, and Vishay VO2631 for comparable logic output isolation.
4.Q: Does the Agilent HCPL-2631 meet industry certifications?
A: Yes, it is UL-recognized, RoHS-compliant, and meets IEC 60747-5-5 safety standards.
5.Q: What package is used for the Agilent HCPL-2631?
A: It is packaged in an 8-SMD Gull Wing (0.300-inch DIP) with a RoHS-compliant matte tin finish.
6.Q: What electrical characteristics define the Agilent HCPL-2631?
A: Forward current (16mA max), supply voltage (15–30V), high-level output (30V), and low-level output (0.4V max).
7.Q: What are the absolute maximum ratings for the Agilent HCPL-2631?
A: Absolute max ratings: VCC = 30V, VO = -0.5V to 30V, storage temperature = -40°C to +100°C.
8.Q: What are typical applications for the Agilent HCPL-2631?
A: It is used in industrial automation, PLCs, digital isolation for microcontrollers, and high-noise environments requiring safety compliance.
9.Q: What are the key features of the Agilent HCPL-2631 optocoupler?
A: Key features include 3750V isolation, 30V supply voltage, 5 ns response time, 1.6 hysteresis ratio, and UL-recognized surface-mount package.
10.Q: What is the pinout configuration for the Agilent HCPL-2631 logic IC output optocoupler?
A: The HCPL-2631 uses an 8-pin surface-mount DIP: Pin 1 (Anode), Pin 2 (Cathode), Pins 3-4 (NC), Pin 5 (GND), Pin 6 (Output), Pin 7 (VCC), and Pin 8 (Enable).
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