Overview of MA4P404-132 by MACOM
The MA4P404-132 by MACOM is a PIN Diode characterized by a 250V breakdown voltage, and constructed from silicon. It meets the RoHS compliance standards, and features a hermetically sealed ceramic package, designed to ensure reliability and performance stability. This diode is distinctive for its low distortion quality, which is a significant attribute when considering applications that require high fidelity and precision.
The device supports a reverse voltage of 250VDC, a diode capacitance of 0.2 pF, and a forward resistance maximum of 0.7 Ohms, which indicate its suitability for high-voltage and precision-focused applications. As an added technical specification, its diode resistance test is conducted at a frequency of 100 MHz, supporting its use in ultra high frequency band applications. The single-element structure of this diode features a diode forward resistance and is designed for switching applications, as highlighted by its specifications.
Industry Applications for MA4P404-132
Different industries might find the MA4P404-132 particularly beneficial due to its electrical characteristics and physical design. Below are potential industry applications that could leverage the capabilities of this PIN diode:
- Telecommunications: The diode’s ultra high frequency operation and low distortion features potentially make it suitable for RF switching and signal modulation in telecommunications infrastructure.
- Consumer Electronics: This diode might be used in radio and TV receivers, ensuring clear demodulation of signals because of its capacity to function effectively at high frequencies and low distortion.
- Computing and Data Storage: Devices within these sectors that require precise signal switching functions could potentially utilize the MA4P404-132 for managing voltage and power across circuits.
- Aerospace and Defense: Equipment operating in these fields that require high voltage capacities and reliability in harsh environments might benefit from the robust design of this diode. However, specific industry compliance and qualifications should be rigorously verified.
- Medical Imaging: In applications where low signal distortion is critical, such as in certain imaging technologies, this PIN diode might be considered for its clear signal processing capabilities.
Note: The scenarios described above are suggestions based upon the diode’s specifications and potential capabilities. These applications are conceptual illustrations and would require precise analysis and validation by engineering and design professionals to confirm compliance with industry standards and specific operational requirements.
About MACOM
MACOM is an established leader in the field of semiconductor devices with a focus on technological innovation across various applications, from telecommunications to industrial and defense systems. Within the scope of PIN Diodes, MACOM offers a diverse portfolio, including models like the MA4P404-132, which exemplifies the company’s commitment to providing components that offer precision, efficiency, and durability.
The expertise of MACOM in producing diodes that meet rigorous industrial and military standards is well acknowledged in the electronics industry. This reputation assures engineers and procurement specialists of the reliability and performance of their parts, including a broad range of diode technologies.
Where to Find MA4P404-132 by MACOM
To purchase the MA4P404-132, it is recommended to use reliable distributor networks like Findchips.com. On this platform, one can assess the availability and pricing of the MA4P404-132 from various distributors. Historically, suppliers such as Richardson RFPD, Mouser Electronics, and DigiKey have been known to stock this component. However, prospective buyers are encouraged to check findchips.com for the most current stock levels and potential pricing information.
In addition, for professionals looking for alternative or similar components from MACOM or other manufacturers, PIN Diodes category on Findchips.com can provide further options and comparisons.