ミリタリーグレードポリマーチップタンタルコンデンサSMD (ダブル 85) cbae

Jinpei brand Military Grade Capacitor application for extreme low ESR

Jinpei’s Military Grade Capacitors/特許取得可能 are specifically designed for applications that require extremely low equivalent series resistance (ESR).
These capacitors are engineered to provide superior performance and stability in demanding environments where low ESR is critical.

The low ESR characteristic of Jinpei’s Military Grade Capacitors makes them suitable for various applications, 含む:

1. Power Electronics: In power electronic circuits, low ESR capacitors are essential for minimizing energy losses, improving power transfer efficiency, and reducing voltage ripple.
Jinpei’s Military Grade Capacitors can effectively handle high-frequency switching currents and maintain their low ESR values, ensuring reliable operation in power conversion systems.

2. High-Speed Digital Electronics: In high-speed digital circuits, low ESR capacitors help maintain signal integrity by minimizing voltage droop or overshoot.
They provide stable and clean power supply rail voltages for microprocessors, memory modules, and other digital components.
Jinpei’s capacitors can meet the low ESR requirements of such circuits, enabling optimal performance and reducing signal noise.

3. RF and Wireless Communications: Low ESR capacitors are essential in radio frequency (RF) and wireless communication systems.
They ensure efficient energy transfer, reduce power losses, and enhance the overall performance of RF amplifiers, filters, and transceiver modules.
Jinpei’s Military Grade Capacitors have been designed to deliver low ESR values across a wide range of frequencies, making them suitable for various RF applications.

4. Automotive Electronics: With the increasing complexity of automotive electronics, low ESR capacitors play a crucial role in ensuring reliable operation and minimizing power losses.
Jinpei’s Military Grade Capacitors are well-suited for automotive applications such as engine control units (ECUs), anti-lock braking systems (ABS), infotainment systems,
and advanced driver-assistance systems (ADAS).

Overall, Jinpei’s Military Grade Capacitors are designed to provide exceptional performance in applications that demand low ESR characteristics.
Their robust construction and high-quality materials make them reliable and suitable for extreme environments where low ESR is critical for optimal circuit performance.

BASIC MECHANICAL DESIGN FEATURE

ダブル 85

• resin molding packaging, 良好な密閉性, シートタイプ, 少量, 軽量, 極性;
• electrical performance is excellent and stable, 高い信頼性, 良いストレージの安定性;
• conductive polymer electrolyte, 超低ESR (equivalent

series resistance), high-frequency capacity retention, large ripple current resistance;

• benign failure mode;
• is suitable for aircraft, vehicles, ships, レーダー, electronics, communication and other fields with reliability requirements of electronic equipment surface mounted DC or pulse circuit;
• adds optional dual 85 製品: Using new technology,

the products have the ability to store and work at high temperature and high humidity for long periods (85℃, 85%rh, 1000h) despite maintaining the original performance.

• If users need double 85 製品, please indicate them in the order
• execution standards: GJB2283-95, QJ / PWV501-2011

(注記: When purchasing double 85 製品, please note “double 85” in the notes of the order contract)

テーブル 1 コンデンサの外形寸法 (mm)

テーブル 2 定格電圧, カテゴリ電圧, 公称静電容量, 等価直列抵抗 (ESR), シェルコード, コンデンサの高温・低温特性

注記: 1、It is forbidden to use tantalum capacitor regardless of polarity;

2、The measurement frequency of capacitance and loss angle tangent is 100Hz, U_=2.20-10V, U~＝

1.00 v (valid value);

3、When measuring the 125℃ leakage current, please apply the category voltage;

4、Special size requirements or large capacity products can be negotiated with our company

5、ESR has two standards behind the diagonal standard is the added new standard, which is stricter than the CBAFB detailed specification. If there is a demand, please indicate the order;

特徴
 エポキシモールド, UL94V-0 難燃剤;
 優れた耐湿性およびサージ性能 低い漏れ電流;
 -55°～+125°C の動作温度範囲;
 拡張された静電容量範囲と薄型設計が利用可能;

ROHS準拠