| Sign In | Join Free | My burrillandco.com |
|
... Soft Composite Ferrite Magnet Shape EE Application Industrial Magnet Tolerance ±10% Material Mn-Zn Ferrite Core Certification ISO9001:2015 Frequency 1khz-1mhz Curie TC 140°C-265°C Type of payment T/T, Weste...
... Composite Ferrite Magnet Shape EE Application Industrial Magnet Tolerance ±10% Material Mn-Zn Ferrite Core Certification ISO9001:2015 Frequency 1khz-1mhz Curie TC 140°C-265°C Type of payment T/T, Western Un...
... Magnet Shape EE Application Industrial Magnet Tolerance ±10% Material Mn-Zn Ferrite Core Certification ISO9001:2015 Frequency 1khz-1mhz Curie TC 140°C-265°C Type of payment T/T, Western Union, L/C, Paypal,e...
mnzn pc40 EC28 EC30 EC34 EC39 ferrite ETD EER ERI core for transformer Products Description Place of Origin China,Zhejiang Brand Name Careful Model Number EC Type Soft Composite Ferrite ......
EC/ER/ETD29 MnZn high frequency ferrite transformer bobbin core magnet Products Description Place of Origin China,Zhejiang Brand Name Careful Model Number EC Type Soft Composite ......
...transformer ferrite core ED25 ED38 ED40 ED42 ED43 Products Description item value Place of Origin China Zhejiang Brand Name Careful Model Number ED Type Type Soft Composite Ferrite Magnet Shape E Application...
MnZn PC40/PC44/PC47 ferrite RM7 split transformer soft cores Products Description Place of Origin China,Zhejiang Brand Name Careful Model Number RM Type Type Soft Composite ......
.../100mbps Packaging Tape & Reel (TR) Part Status Made in China,H0055NL Transformer Type Isolation and Data Interface (Encapsulated) Inductance 200µH E.T. - Turns Ratio - Primary:Secondary 1 : 1 Transmitter, 1...
SCTK691C Series Split Core Current Transformer with Current Range 0mA to 1000A Single-phase Current Test SCTK691C series are clamp-on current transformers, CT can be mounted to existing panels, such as control ...
SCTK691C Series Split Core Current Transformer with Current Range 0mA to 1000A Single-phase Current Test SCTK691C series are clamp-on current transformers, CT can be mounted to existing panels, such as control ...
... Transformer And Common Mode Choke Ferrite Toroid Core APPLICATION: 1. LIGHTING : Electronic Ballast for energy-efficient Lamps viz CFL, LED. Electronic Chokes for Tubular Lamps. 2.POWER CONDITIONING UPS/Inv...
AKH-0.66/K Series Current Transformer Split core current transformer Easy to install without power off Suitable for electricity renovation project Standards IEC/EN61869-1, IEC/EN61869-2 Characteristic S...
...Core Type current transformers can be easily installed onto an existing power system without disconnecting the measured primary conductor. Customers will benefit from reduced labour intensity, lowered operat...
Multicolored Varnish Coating Hardener with Epoxy Resin For Transformer Iron Core Binding JT 2060 B High temperature resistance Hardener Used for Iron core binding and coating of transformers MSDS: 1. IDENTIFICA...
AKH-0.66/K Series Split Core Current Transformer AKH -0.66K series open-type current transformers are mainly used in industrial urban and rural power grid reconstruction projects. They are easy to install and d...
High Accuracy Split Core Current Transformer for Energy Metering Systems The CP Series Low Voltage Current Transformer delivers precise current measurement and energy monitoring capabilities for electrical syst...
...T501, GB/T4776, GB/T5169, and GB/4285. This device is primarily used for testing the no-load characteristics of transformer iron cores. The measurement part of the device is controlled by a high-end micro-co...
...Transformer Immersed Cooled 1. Oil Type Power Transformer Features 1. The transformer core is made of imported high quality cold rolled silicon steel, which greatly reduces the no-load loss and no-load curre...
...Core High Frequency Transformer , Dip Transformer Application Audio / Video Amplifier Power Supply Electronic equipment Automatic Door Characteristic Being protected by temperature switch or fuse wire. Easy ...
... around a toroidal iron core. When a current flows through the primary winding, it causes an electromotive force (EMF), which then creates a current in the secondary winding, thereby transferring power from ...