TE connectivity 1981959-1 SIM Card Connection User Guide
- June 16, 2024
- TE connectivity
Table of Contents
TE connectivity 1981959-1 SIM Card Connection User Guide
Product Information
Specifications
- Mini SIM (2FF) dimensions: 25L x 15W x 0.76H (mm)
- Micro SIM (3FF) dimensions: 15L x 12W x 0.76H (mm)
- Nano SIM (4FF) dimensions: 12.3L x 8.8W x 0.67H (mm)
Product Usage Instructions
Push-Push Type SIM Card Connectors
Push-push type SIM card connectors are designed for Mini SIM (2FF), Micro SIM
(3FF), and Nano SIM (4FF) sizes. These connectors are characterized by their
push-push mechanism, allowing users to extract the SIM card from the external
portion of the device. The following models are available:
- 1981959-1 – Mini SIM (2FF), standard profile, 23.7mm height, 18.9mm length x 1.87mm width
- 2174918-1, 2174803-2, 2229333-2, 2822541-1 – Mini SIM (2FF), super low profile, anti-buckling, 26mm length x 17mm width, 1.4mm height
- 2336582-1 – Micro SIM (3FF), ultra low profile, anti-buckling, 15.98mm length x 15.1mm width, 1.27mm height
- NEW – Nano SIM (4FF), low-profile compact footprint, 13.72mm length x 13.09mm width, 1.37mm height
Push-Pull Type SIM Card Connectors
Push-pull type SIM card connectors require users to open the back shell of the
device and manually pull out the SIM card. They are available for Mini SIM
(2FF), Micro SIM (3FF), and Nano SIM (4FF) sizes. The following models are
available:
- 1932768-1 – Mini SIM (2FF), super low profile, anti-buckling, 16.3mm length x 14.8mm width, 1.95mm height
- 2199337-5 – Micro SIM (3FF), ultra low profile (anti-buckling), 14.1mm length x 13.3mm width, 1.18mm height
- NEW – Nano SIM (4FF), low-profile compact footprint, 13.72mm length x 13.09mm width, 1.37mm height
Hinge Type SIM Card Connectors
Hinge type SIM card connectors are designed for Nano SIM (4FF) size. The
following model is available:
- NEW – Nano SIM (4FF), 14mm length x 11.54mm width, 1.4mm height
5-Directional Type SIM Card Connectors
5-directional type SIM card connectors are available for Mini SIM (2FF) size.
The following models are available:
- 2-1705300-8 – Mini SIM (2FF), 14mm length x 11.54mm width, 3.5mm height
- 1-1705300-5 – Mini SIM (2FF), 10mm length x 7.6mm width, 2.2mm height
Block Type SIM Card Connectors
Block type SIM card connectors are compatible with Mini SIM (2FF), Micro SIM
(3FF), and Nano SIM (4FF) sizes. The following model is available:
- 2309923-2 – Block SIM side entry, anti-buckling, 8mm length x 8.2mm width, Mini SIM (2FF) or Micro SIM (3FF) height: 0.87mm, Nano SIM (4FF) height: 1.4mm
SIM CARD CONNECTORS QUICK REFERENCE GUIDE
SIM (Subscriber Identity Module) and UIM (Universal Identity Module) cards
are widely used in a variety of mobile applications, including, billing,
security and number storage purposes in mobile devices. The SIM card
parameters are defined by ISO, ETSI and GSM standards.
SIZE COMPARISON :
MINI SIM (2FF) VS MICRO SIM (3FF) VS NANO SIM (4FF)
*FF = Form Factor
APPLICATIONS AND INDUSTRIES
As the Internet of Things (IoT) market space continues to grow and electronics
applications continue to focus on mobility, the need for cellular connections
to the internet continues to increase. A SIM card connector is required
whenever the wireless connection needs to be made through a cellular network
system. As electronic devices become smaller and our world becomes
increasingly mobile, the demand for SIM cards in consumer, industrial, and
medical applications is on the rise. TE is ready to meet this increased demand
as the electronics market continues to mature.
CONSUMER ELECTRONICS
- Wearable devices
- Mobile phones
- Tablets
- Ultra-portable devices
- Routers
- Portable GSM modems
IoT (INTERNET OF THINGS)
- Fleet telematics
- Smart Transportation
- EV charging stations
- Smart health
- Vehicle trackers
- Smart meters
PUSH-PUSH TYPE
HINGE TYPE
5-DIRECTIONAL TYPE
BLOCK TYPE
TECHNICAL SUPPORT CENTER
- USA: 1.800.522.6752
- CANADA: 1 .905.475.6222
- MEXICO: 52.0.55.1106.0800
- LATIN/S. AMERICA: 54.0.11.4733.2200
- GERMANY: 49.0.6251.133.1999
- UK: 44.0.800.267666
- FRANCE: 33.0.1.3420.8686
- NETHERLANDS: 31.0.73.6246.999
- CHINA: 86.0.400.820.6015
Part numbers in this brochure are RoHS Compliant, unless marked otherwise. as defined www.te.com/leadfreete.com/products/SIMCardConnectors
TE Connectivity, TE and TE connectivity (logo) are trademarks owned or licensed by the TE Connectivity Ltd. family of companies. All other logos, products and/or company names referred to herein might be trademarks of their respective owners. The information given herein, including drawings, illustrations and schematics which are intended for illustration purposes only, is believed to be reliable. However, TE Connectivity makes no warranties as to its accuracy or completeness and disclaims any liability in connection with its use. TE Connectivity‘s obligations shall only be as set forth in TE Connectivity‘s Standard Terms and Conditions of Sale for this product and in no case will TE Connectivity be liable for any incidental, indirect or consequential damages arising out of the sale, resale, use or misuse of the product. Users of TE Connectivity products should make their own evaluation to determine the suitability of each such product for the specific application.
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FREQUENTLY ASKED QUESTIONS
How do I decide which type of SIM connector to choose?
The major difference in choosing between SIM connectors depends on the design of the customer device. Push-push or tray type SIM connectors allow users to extract the SIM card from the external portion of the device. Push-pull type, block type, and hinge type connectors require users to open the back shell of the device and manually pull out the SIM card.
What is the purpose of an 8 position SIM connector?
The extra two positions support an additional function like electronic payment.
What is the benefit of dual-slanted contact performance?
The dual-slanted design helps to minimize contact jam issues and creates a stronger mating performance, as demonstrated during the drop test.
When should I use a micro SIM connector?
When the device requires the use of a micro SIM card.
What’s the scalable height?
The scalable height is found when the SIM card connector is scalable by a different P/N, but the connector footprint stays the same. The benefit is enabling the customer to swap the product easier when a design change occurs, thereby helping to reduce the leadtime of TTM (Time To Market), TTV (Time To Value) and design cost.
How do I decide which type of SIM connector to choose?
The major difference in choosing between SIM connectors depends on the design of the customer device. Push-push or tray type SIM connectors allow users to extract the SIM card from the external portion of the device. Push-pull type, block type, and hinge type connectors require users to open the back shell of the device and manually pull out the SIM card.
References
- Fleet Telematics | TE Connectivity
- Smart metering | TE Connectivity
- Connectivity for Industrial and Commercial Transportation | TE Connectivity
- Notebooks and Ultraportable Devices | TE Connectivity
- Consumer Solutions: Tablets | TE Connectivity
- Consumer Solutions: Wearables | TE Connectivity
- SIM Card Connectors | TE Connectivity
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