TISP9110LDMR-S

Introduction

The TISP9110LDMR-S belongs to the category of surge protection devices and is designed for use in various electronic systems to protect against transient voltage surges. This device offers unique characteristics, packaging, and quantity options that make it suitable for a wide range of applications.

Basic Information Overview

Category: Surge Protection Device
Use: Protecting electronic systems from transient voltage surges
Characteristics: High surge current capability, low capacitance, low leakage current
Package: Surface Mount
Essence: Safeguarding sensitive electronic components from voltage transients
Packaging/Quantity: Tape & Reel, 3000 units per reel

Specifications

Maximum Working Voltage: 5V
Breakdown Voltage: 6.8V
Holding Current: 150mA
Surge Current Capability: 100A (8/20µs)
Capacitance: 1pF
Leakage Current: 10nA

Detailed Pin Configuration

The TISP9110LDMR-S features a surface mount package with a detailed pin configuration as follows: - Pin 1: Anode - Pin 2: Cathode - Pin 3: Not connected

Functional Features

Fast response time to transient voltage surges
Low capacitance ensures minimal impact on signal integrity
High surge current capability for robust protection

Advantages and Disadvantages

Advantages - High surge current capability - Low capacitance - Fast response time

Disadvantages - Limited to low voltage applications - Surface mount package may not be suitable for all designs

Working Principles

The TISP9110LDMR-S operates based on the principle of avalanche breakdown, where it rapidly diverts excess surge current away from the protected circuit, thus preventing damage to sensitive components.

Detailed Application Field Plans

This surge protection device is ideal for use in: - Telecommunication equipment - Data lines - Portable electronics - Industrial control systems

Detailed and Complete Alternative Models

TISP61089BDR-S: Similar surge protection device with higher surge current capability
TISP7015MDMR-S: Alternative model with lower capacitance for ultra-sensitive applications

In conclusion, the TISP9110LDMR-S is a reliable surge protection device with specific characteristics that make it suitable for safeguarding electronic systems from transient voltage surges in various applications.

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Перелічіть 10 типових запитань і відповідей, пов’язаних із застосуванням TISP9110LDMR-S у технічних рішеннях

What is the TISP9110LDMR-S?
- The TISP9110LDMR-S is a low capacitance surge protection device designed to protect sensitive electronics from voltage transients induced by lightning and other transient voltage events.
What is the maximum operating voltage of the TISP9110LDMR-S?
- The maximum operating voltage of the TISP9110LDMR-S is 5V.
What is the typical capacitance of the TISP9110LDMR-S?
- The typical capacitance of the TISP9110LDMR-S is 1.5pF.
What are the typical applications for the TISP9110LDMR-S?
- The TISP9110LDMR-S is commonly used in telecommunication equipment, data lines, and other sensitive electronics to protect against lightning-induced surges.
What is the response time of the TISP9110LDMR-S?
- The response time of the TISP9110LDMR-S is typically less than 1 nanosecond.
Is the TISP9110LDMR-S RoHS compliant?
- Yes, the TISP9110LDMR-S is RoHS compliant, making it suitable for use in environmentally sensitive applications.
What is the maximum surge current capability of the TISP9110LDMR-S?
- The TISP9110LDMR-S has a maximum surge current capability of 100A (8/20µs).
Can the TISP9110LDMR-S be used in outdoor applications?
- Yes, the TISP9110LDMR-S is suitable for outdoor applications due to its robust design and ability to withstand harsh environmental conditions.
Does the TISP9110LDMR-S require any external components for proper operation?
- No, the TISP9110LDMR-S is a standalone surge protection device and does not require any external components for proper operation.
What is the recommended layout for integrating the TISP9110LDMR-S into a circuit?
- It is recommended to place the TISP9110LDMR-S as close as possible to the protected equipment and to minimize the length of the connections to achieve optimal surge protection performance.