SS14 vs SS34 vs SS54 Schottky Power Diode: Pinout, Price & PDF

SS14 vs SS34 vs SS54

Introduction

What is GSM module?

Overview of SS14

Overview of SS34

Overview of SS54

SS14 vs SS34 vs SS54 Pinout

SS14 vs SS34 vs SS54 Price

SS14 vs SS34 vs SS54 CAD model

SS14 vs SS34 vs SS54 Features

SS14 vs SS34 vs SS54 Application

SS14 vs SS34 vs SS54 Package

Datasheet

Introduction

In this article, we will be comparing three popular GSM modules, namely the SS14, SS34, and SS54. These modules are used in a wide range of electronic devices for data communication and remote control over cellular networks. A detailed examination of their features, applications, pinouts, CAD models, packaging, and datasheets will help us understand their differences and similarities.

What is GSM module? 

The GSM module is essential for communication between devices and the GSM network. It is in charge of establishing and maintaining the device's communication relationship with the network. The module also handles data encryption and decryption, ensuring the communication's security.

SS14 Overview

The SS14 is a high-performance GSM module from Siemens that supports quad-band GSM/EDGE communication. It provides data rates up to 296 kbps and features a high level of integration, making it suitable for a variety of applications. The module is available in both surface-mount and through-hole packaging options.

SS34 Overview

The SS34 is a dual-band GSM/EDGE module from STMicroelectronics that supports GSM bands 850/900 MHz. It provides data rates up to 22.8 kbps and is designed for low power consumption, making it suitable for use in battery-powered devices. The module is available in both surface-mount and through-hole packaging options.

SS54 Overview

The SS54 is a quad-band GSM/EDGE module from NXP that supports GSM bands 850/900/1800/1900 MHz. It provides data rates up to 384 kbps and features a high level of integration, making it suitable for a variety of applications. The module is available in both surface-mount and through-hole packaging options.

SS14 vs SS34 vs SS54 Pinout

The SS14, SS34, and SS54 modules have different pinouts, reflecting their different designs and functionalities. The SS14 features the highest number of pins, followed by the SS54 and then the SS34. The specific pin assignments and functions vary between models, but the general functions include power supply, data communication, and RF interface pins.

SS14 Pinout

Alternative for SS14: 1N5819, SS12, SS13, SS15, SS16

Other Schottky Diodes: 1N4148, 1N4733A,

SS34 Pinout

Alternative for SS34: SS32, SS33, SS35, 1N5822

Other Diodes: 1N4148, 1N4733A, 1N5824

SS54 Pinout

Alternative for SS54: SS52, SS53, SS54, SS56, 1N5824

Other Schottky Diodes: IN5822, 1N4148, 1N4002

SS14 vs SS34 vs SS54 CAD Model

SS14 vs SS34 vs SS54 Features

The SS14, SS34, and SS54 modules have different features that make them suitable for different applications. The SS14 provides high data rates and a high level of integration, making it suitable for high-speed data communication applications. The SS34 excels in low power consumption, making it suitable for battery-powered devices. The SS54 provides medium data rates and is also suitable for most GSM applications due to its quad-band support.

SS14

SMA Schottky Barrier rectifier

Forward Current (IF): 1A

Maximum Forward Voltage (VF): 0.5V (@1A)

Reverse Current (IR): 0.5 mA

Maximum DC Blocking Voltage: 40V

Diode Marking: S4

Available in SMA DO-214AC, SOD126 and 403D Package

SS34 

Power Schottky Barrier Diode

Forward Current (IF): 3A

Maximum Forward Voltage (VF): 0.5V (@3A)

Reverse Current (IR): 0.5mA

Maximum DC Blocking Voltage: 40V

Diode Marking: S4

Available in SMC DO-214AB and DO-214AA Package

SS54

SMC Schottky Barrier rectifier

Forward Current (IF): 5A

Maximum Forward Voltage (VF): 0.55V (@5A)

Reverse Current (IR): 1.5 mA

Maximum DC Blocking Voltage: 40V

Available in SOD-123W Package

SS14 vs SS34 vs SS54 Application

The SS14, SS34, and SS54 modules are suitable for a range of applications including remote monitoring, asset tracking, data logging, alarm systems, and more. The SS14 is particularly suitable for high-speed data communication applications such as video streaming or high-resolution image transfer. The SS34 is particularly suitable for battery-powered devices that require long standby times between charges. The SS54 is suitable for most standard GSM applications due to its quad-band support:

Applications of Diode

Can be used to prevent reverse polarity problem

High-Frequency Inverters

Used as a protection device

Current flow regulators

Polarity Protection applications

SS14 vs SS34 vs SS54 Package

The SS14, SS34, and SS54 modules are available in both surface-mount and through-hole packaging options. Surface-mount packaging allows for smaller board sizes, higher component density, and easier automation of assembly processes. Through-hole packaging allows for easier manual assembly and repair but requires more space on the circuit board. Designers can choose the packaging type based on their specific requirements.

SS14 vs SS34 vs SS54 Datasheet

Frequently Asked Questions

Are S14 and SS14 the same diode?

They just have different packages. They are all commonly used Schottky diodes, and there is no difference in the forward voltage drop, and the forward voltage drop is around 0.2V. Their rated working current is 1A, the withstand voltage of 1N5819 is 40V, and the withstand voltage of SS14 is also 40V.

What is the difference between SS14, SS24 and SS34?

The difference between Schottky diodes SS14, SS24, and SS34 is the maximum forward rectification current. They are 1A for SS14, 2A for SS24, and 3A for SS34. The specific parameters of these two models are as follows: SS14: Maximum reverse peak voltage VRRM=40V, maximum forward rectifier current I(AV)=1A, maximum forward voltage drop VF=0.5V, maximum reverse leakage current IR=20mA. SS24: Maximum reverse peak voltage VRRM=40V, maximum forward rectifier current I(AV)=2A, maximum forward voltage drop VF=0.5V, maximum reverse leakage current IR=20mA. SS34: Maximum reverse peak voltage VRRM=40V, maximum forward rectifier current I(AV)=3A, maximum forward voltage drop VF=0.5V, maximum reverse leakage current IR=20mA.

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