Part Details for ST4SIM-200M by STMicroelectronics
Results Overview of ST4SIM-200M by STMicroelectronics
- Distributor Offerings: (3 listings)
- Number of FFF Equivalents: (0 replacements)
- Tariff Estimator: (Not Available)
- Number of Functional Equivalents: (0 options)
- CAD Models: (Request Part)
- Part Data Attributes: (Available)
- Reference Designs: (Not Available)
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ST4SIM-200M Information
ST4SIM-200M by STMicroelectronics is an Other uP/uC/Peripheral IC.
Other uPs/uCs/Peripheral ICs are under the broader part category of Microcontrollers and Processors.
Microcontrollers (MCUs) are small, low-power integrated circuits used to control embedded systems. Microcontrollers are primarily used to automate and control devices. Read more about Microcontrollers and Processors on our Microcontrollers and Processors part category page.
Available Datasheets
| Part # | Manufacturer | Description | Datasheet |
|---|---|---|---|
| LMK62A2-200M00SIAR | Texas Instruments | High-Performance Low Jitter Standard Oscillator - 200M 6-QFM -40 to 85 | |
| LMK62A2-200M00SIAT | Texas Instruments | High-Performance Low Jitter Standard Oscillator - 200M 6-QFM -40 to 85 | |
| 10018783-10200MLF | Amphenol Communications Solutions | PCI Express® GEN 3 Card Edge, Storage and Server Connector, Vertical, Through Hole, x1, 36 Positions, 1.00mm (0.039in) Pitch |
Price & Stock for ST4SIM-200M
| Part # | Distributor | Description | Stock | Price | Buy | |
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DISTI #
ST4SIM-200M
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Avnet Silica | (Alt: ST4SIM-200M) RoHS: Compliant Min Qty: 1 Package Multiple: 1 Lead time: 13 Weeks, 0 Days | Silica - 0 |
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Buy Now | |
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DISTI #
ST4SIM-200M
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EBV Elektronik | (Alt: ST4SIM-200M) RoHS: Compliant Min Qty: 1 Package Multiple: 1 Lead time: 13 Weeks, 0 Days | EBV - 0 |
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Buy Now | |
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Vyrian | Peripheral ICs | 3686 |
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RFQ |
Part Details for ST4SIM-200M
ST4SIM-200M CAD Models
ST4SIM-200M Part Data Attributes
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ST4SIM-200M
STMicroelectronics
Buy Now
Datasheet
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Compare Parts:
ST4SIM-200M
STMicroelectronics
CMOS
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| Rohs Code | Yes | |
| Part Life Cycle Code | Active | |
| Package Description | Die, Die Or Chip | |
| Reach Compliance Code | Compliant | |
| ECCN Code | 3A991.A.2 | |
| JESD-30 Code | R-XUUC-N | |
| Operating Temperature-Max | 105 °C | |
| Operating Temperature-Min | -40 °C | |
| Package Body Material | Unspecified | |
| Package Code | DIE | |
| Package Equivalence Code | DIE OR CHIP | |
| Package Shape | Rectangular | |
| Package Style | Uncased Chip | |
| Surface Mount | Yes | |
| Technology | Cmos | |
| Terminal Form | No Lead | |
| Terminal Position | Unspecified | |
| uPs/uCs/Peripheral ICs Type | Cryptographic Authenticator |
ST4SIM-200M Frequently Asked Questions (FAQ)
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STMicroelectronics provides a recommended PCB layout in the application note AN5323, which includes guidelines for component placement, routing, and thermal management to ensure optimal performance and minimize electromagnetic interference (EMI).
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The ST4SIM-200M is a multi-constellation GNSS receiver, and configuration for different satellite systems is done through software commands. The STMicroelectronics GNSS Receiver Software Development Kit (SDK) provides examples and documentation for configuring the receiver for various satellite systems.
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The typical current consumption of the ST4SIM-200M is around 50 mA, but it can vary depending on the operating mode and configuration. To optimize power consumption, engineers can use the device's power-saving modes, such as the 'Acquisition' mode, which reduces power consumption during signal acquisition. Additionally, the STMicroelectronics GNSS Receiver SDK provides guidelines for optimizing power consumption in the application code.
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STMicroelectronics provides guidance on regulatory compliance in the device's datasheet and application notes. Engineers should follow the recommended PCB layout, component selection, and shielding guidelines to ensure EMC and RF emissions compliance. Additionally, the device has been tested and certified to meet various regulatory requirements, such as FCC, CE, and IC.
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The ST4SIM-200M's positioning accuracy and precision depend on various factors, such as satellite geometry, signal strength, and multipath effects. The device's datasheet provides typical accuracy and precision values. To improve positioning accuracy, engineers can use techniques such as Real-Time Kinematic (RTK) processing, Differential GNSS, or augmentation systems like WAAS or EGNOS.