High Frequency Current Sense Transformers - CST206/CST306 Series
High Frequency Current Sense Transformers - CST206/CST306 Series
SKU:CUR-91af1b
High Frequency Current Sense Transformers for precise current detection in power supplies. UL rated materials, 20-200 kHz frequency range, with Center Tap option.
Regular price
$59.99
Regular price
Sale price
$59.99
Unit price
per
Delivery via Maden
Expect your order to arrive on time.
Secure Payments
All orders are processed through a secure, PCI-compliant checkout.



The CST206/CST306 Series High Frequency Current Sense Transformers are specifically engineered for switching power supply applications, offering precise detection capabilities for current flowing through conductors. With a frequency range spanning from 20 kHz to 200 kHz, these transformers are built using UL rated 130 °C materials, ensuring reliability and optimal performance. Featuring a Center Tap option, these transformers provide accurate current sensing with specifications including a Turns Count of 200 Center Tap, Min. Inductance of 55.0 mH, Max. DCR of 3.750 Ohm, and a Primary RMS Current of 25.0 A. Additionally, the CST206/CST306 models have a unique design to accommodate various operating conditions and maintain efficiency.
Product Specifications
Specifications Et Vsec Ref 20 Khz
2000
Specifications Frequency
20 to 200 kHz
Specifications Max Dcr
3.750 Ohm
Specifications Min Inductance
55.0 mH
Specifications Overall Turn Ratio
200
Specifications Primary Rms Current
25.0 A
Specifications Transformer Contact Type
Center Tap
Specifications Turns Count
200 Center Tap
Specifications Ul Rated Material Temperature
130 ºC
Technical Notes 0
Derate ET product by 32% for 50 kHz - 100 kHz, 52% for 100 kHz - 200 kHz and 50% for unidirectional operation. Rated primary current renders approximately 40 ºC temperature rise. CST206 models have maximum recommended terminating rise CST206 models have maximum recommended terminating resistance of 1 ohm per turn Primary is inserted through hole is casing 3 pin or center tapped (CT) models aree deisgned with a T suffix