SMAF Fast Recovery Diodes for Space-Saving Designs

SMAF Fast Recovery Diodes for Space-Saving Designs
Details:
The CTK SMA Fast Recovery Diode series is a premium line of electronic components designed for high-efficiency power management and signal integrity. As a dedicated manufacturer, we ensure that every SMA Fast Recovery Diode is produced with the highest grade silicon and advanced packaging techniques. These devices offer a perfect balance of performance and reliability, making them ideal for both high-end industrial systems and mass-market consumer electronics.
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Tongke Electronic Co., Ltd. is one of the most reliable manufacturers and suppliers of smaf fast recovery diodes for space-saving designs in China. Please feel free to wholesale durable smaf fast recovery diodes for space-saving designs for sale here from our factory. All products are with high quality and low price. For quotation, contact us now.

 

CTK SMAF Fast Recovery Diodes for Space-Saving Designs - Package-Specific Fast Recovery Diode Supplier

 

Products Description

 

The SMAF Fast Recovery Diodes for Space-Saving Designs series serves customers who need freewheel current paths in applications such as slim adapters, thin LED drivers, compact metering boards. The SMAF package is presented as a distinct layout decision rather than a simple package-name substitution. Typical users include teams reducing product height while keeping an SMT power diode footprint. Confirm exact electrical limits in the datasheet before final approval.

 

Part Number I(AV) VRRM Trr Package MPQ
RS1AF 1 50 150 SMAF 3000
RS1BF 1 100 150 SMAF 3000
RS1DF 1 200 150 SMAF 3000
RS1GF 1 400 150 SMAF 3000
RS1JF 1 600 250 SMAF 3000
RS1KF 1 800 500 SMAF 3000
RS1MF 1 1000 500 SMAF 3000
RS2AF 2 50 150 SMAF 3000
RS2BF 2 100 150 SMAF 3000
RS2DF 2 200 150 SMAF 3000
RS2GF 2 400 150 SMAF 3000
RS2JF 2 600 250 SMAF 3000
RS2KF 2 800 500 SMAF 3000
RS2MF 2 1000 500 SMAF 3000
RS3AF 3 50 150 SMAF 3000
RS3BF 3 100 150 SMAF 3000
RS3DF 3 200 150 SMAF 3000
RS3GF 3 400 150 SMAF 3000
RS3JF 3 600 250 SMAF 3000
RS3KF 3 800 500 SMAF 3000
RS3MF 3 1000 500 SMAF 3000
RS1A 1 50 150 SMA 2000
RS1B 1 100 150 SMA 2000
RS1D 1 200 150 SMA 2000
RS1G 1 400 150 SMA 2000
RS1J 1 600 250 SMA 2000
RS1K 1 800 500 SMA 2000
RS1M 1 1000 500 SMA 2000
RS2A 2 50 150 SMA 2000
RS2B 2 100 150 SMA 2000
RS2D 2 200 150 SMA 2000
RS2G 2 400 150 SMA 2000
RS2J 2 600 250 SMA 2000
RS2K 2 800 500 SMA 2000
RS2M 2 1000 500 SMA 2000
ES1AF 1 50 35 SMAF 3000
ES1BF 1 100 35 SMAF 3000
ES1DF 1 200 35 SMAF 3000
ES1GF 1 400 35 SMAF 3000
ES1JF 1 600 35 SMAF 3000
ES2AF 2 50 35 SMAF 3000
ES2BF 2 100 35 SMAF 3000
ES2DF 2 200 35 SMAF 3000
ES2GF 2 400 35 SMAF 3000
ES2JF 2 600 35 SMAF 3000
ES3AF 3 50 35 SMAF 3000
ES3BF 3 100 35 SMAF 3000
ES3DF 3 200 35 SMAF 3000
ES3GF 3 400 35 SMAF 3000
ES3JF 3 600 35 SMAF 3000
ES1A 1 50 35 SMA 2000
ES1B 1 100 35 SMA 2000
ES1D 1 200 35 SMA 2000
ES1G 1 400 35 SMA 2000
ES1J 1 600 35 SMA 2000
ES2A 2 50 35 SMA 2000
ES2B 2 100 35 SMA 2000
ES2D 2 200 35 SMA 2000
ES2G 2 400 35 SMA 2000
ES2J 2 600 35 SMA 2000
US1AF 1 50 50 SMAF 3000
US1BF 1 100 50 SMAF 3000
US1DF 1 200 50 SMAF 3000
US1GF 1 400 50 SMAF 3000
US1JF 1 600 75 SMAF 3000
US1KF 1 800 75 SMAF 3000
US1MF 1 1000 75 SMAF 3000
US2AF 2 50 50 SMAF 3000
US2BF 2 100 50 SMAF 3000
US2DF 2 200 50 SMAF 3000
US2GF 2 400 50 SMAF 3000
US2JF 2 600 75 SMAF 3000
US2KF 2 800 75 SMAF 3000
US2MF 2 1000 75 SMAF 3000
US3AF 3 50 50 SMAF 3000
US3BF 3 100 50 SMAF 3000
US3DF 3 200 50 SMAF 3000
US3GF 3 400 50 SMAF 3000
US3JF 3 600 75 SMAF 3000
US3KF 3 800 75 SMAF 3000
US3MF 3 1000 75 SMAF 3000
US1A 1 50 50 SMA 2000
US1B 1 100 50 SMA 2000
US1D 1 200 50 SMA 2000
US1G 1 400 50 SMA 2000
US1J 1 600 75 SMA 2000
US1K 1 800 75 SMA 2000
US1M 1 1000 75 SMA 2000
US2A 2 50 50 SMA 2000
US2B 2 100 50 SMA 2000
US2D 2 200 50 SMA 2000
US2G 2 400 50 SMA 2000
US2J 2 600 75 SMA 2000
US2K 2 800 75 SMA 2000
US2M 2 1000 75 SMA 2000

 

Features / Advantages

 

 

  • Package Role: SMAF is used here for thin flat-lead version for low-profile SMT power layouts, giving this page a different selection reason from neighboring packages.
  • Circuit Fit: Supports reverse recovery behavior in slim adapters, thin LED drivers, and related assemblies where the package outline matters.
  • Selection Check: Review datasheet values for the required voltage, current, leakage, capacitance, recovery, or thermal limits before release.
  • Assembly Context: The package choice is relevant to placement density, solder joint access, inspection method, and production handling.
  • Procurement Value: CTK can support sample verification, stable marking, and wholesale packaging for repeat production.
  • Quality Control: Manufacturing checks focus on electrical consistency, package appearance, solderability, and compliance documentation.

 

Reliability and Certification

 

CTK reviews SMAF Fast Recovery Diodes for Space-Saving Designs as a distinct SMAF product line. Inspection covers package marking, solderability, visual quality, and final electrical screening. For Fast Recovery Diode selection, customers should compare reverse recovery behavior, switching loss reduction, package footprint, and thermal or signal constraints against the datasheet and application board. This keeps engineering review grounded in actual use rather than generic product wording.

 

Applications

 

 

  • Slim adapters: The SMAF outline is useful when reverse recovery behavior must fit the available board area.
  • Thin LED drivers: Designers can place the device according to package clearance, routing, and thermal needs.
  • Compact metering boards: Suitable for products where switching loss reduction and repeatable assembly are both important.
  • Portable chargers: Helps purchasing teams keep a consistent CTK source while matching the physical footprint.
  • Space-limited power boards: A practical option when the circuit needs freewheel current paths without changing the broader design architecture.
smaf

 

FAQ

 

Q: What makes SMAF Fast Recovery Diodes for Space-Saving Designs different from nearby CTK package pages?

A: The main difference is the SMAF package role: thin flat-lead version for low-profile SMT power layouts. That affects board space, assembly handling, and the type of products where the device is most convenient.

Q: Which applications usually fit this series?

A: It is commonly reviewed for slim adapters, thin LED drivers, compact metering boards, portable chargers, especially when engineers need reverse recovery behavior with a package that matches the layout.

Q: What should be checked before ordering samples?

A: Check the datasheet for the electrical limits required by your design, then confirm pad layout, package height, thermal path, and production packaging.

Q: Can CTK help compare this option with another package?

Q: Can CTK help compare this option with another package?

 

About CTK

 

CTK supplies discrete semiconductors with attention to package-level selection, not only product-family keywords. The SMAF Fast Recovery Diodes for Space-Saving Designs page is now positioned around thin flat-lead version for low-profile SMT power layouts, giving engineers and buyers clearer reasons to choose this SMAF option within the Fast Recovery Diode portfolio.

 

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