HAZAM Search Results

Contextual Info: Products information INTRODUCTION Example of Use Materials for Design 1 Forward Converter Method (2)Flyback Method Transformers/Choke Coils Series List of Core Set Shapes Custom Transformer Series (Through-hole type) Inverter Transformers Current Transformers

tokin ohd

Abstract: MAGNETIC card HEAD tokin mdcs Tokin* gyro magnet head MAGNETIC HEAD MAGNETIC HEAD recording TOKIN OHD- 90 01HL
Contextual Info: Tokin Sensors Magnetic Recording Heads For Super High Hc Media Outline These products feature newly developed high-performance Hi-B head cores . The high-density recording magnet head with excellent recording ability is also developed for ultra-high coercive media Hc = 3000 to 4000 Oe and

SIT Static Induction Transistor

Abstract: sit transistor "static induction transistor" tokin sit transistor tokin Static Induction Transistor SIT transistor sit static induction transistor STATIC INDUCTION tokin TC-30
Contextual Info: NEW PRODUCTS UPDATE T O K lii Small-sized Static Induction Transistor SIT with high withstand voltage 'T - S I - i', led. Outline This device is a static induction transistor especially suited for applications which require high-speed switching and a high

SIT Static Induction Transistor

Abstract: 2SK180 thf-51 tokin sit transistor 2SK182E PLL for induction heating sit transistor 2SK183VE 2SK183 2SK182
Contextual Info: Another Tokin exclusive. Static Induction Ibansisiors SIT Static Induction Transistor w as in v e n te d by Professor Jun-ichi N ishizawa of Tohoku U niversity in 1950. After several s u b s e q u e n t technological d e v e lo p ­ m e n ts a n d im p ro v e m e n ts, it w a s first utilized in 1979 as a n industrial p o w e r SIT.

Tokin

Abstract: c812 tokin capacitor C205F multilayer ceramic capacitor IE106ZY5U-C205M ceramic capacitor z5u tokin 100 Ceramic Capacitor 50V y5v making a phone case
Contextual Info: TOKI N SHE CORP I> T O b T b E b 0 0 0 1 0 5 6 flbb ÎHIP-TYPE HIGH-CAPACITANCE MULTILAYER CERAMIC CAPACITOR TOKin 5ed. Introduction Tokin is proud to present our new multilayer ceramic capacitor, which is Reflow type, featuring a lower profile and "chip-type" configuration designed especially for

Tokin

Abstract: TOKIN 5 AF-033 10E-15 tokin 100 toroidal choke AF-022
Contextual Info: 21E J> TOKIN CORP • ^Db7b2b 0000314 3 « T O A I T oM jl 2ed. 8 -3 9 -¿S ' AF COILS AMORPHOUS-CORE SMOOTHING-TYPE CHOKE COILS FOR SWITCHING POWER SUPPLIES Introduction • Tokin AF toroidal choke coils are the result of our recen t technological advances w ith non-crystalloid

tokin

Abstract: Bipolar Static Induction Transistor transistor 03e static induction transistor 9936 transistor tokin transistor "static induction transistor" TOKIN America STATIC INDUCTION tokin
Contextual Info: TOKIN CORP NEW PRODUCTS UPDATE 54E D • *ìGb7b2b D D G 1 Q S G 202 H I T O A I T O K in TOKIN B-SIT New TBM Series led. Outline • TOKIN is offering a new series of normally-off Bipolar mode Static Induction Transistor B-SIT constructed using small-sized molded packages in a Darlington configuration.

tokin sit transistor

Abstract: SIT Static Induction Transistor 58AA Static Induction Transistor SIT tokin Tokin* SIT static induction transistor 9936 transistor SIT transistor transistor sit
Contextual Info: TOKIN CORP NEW PRODUCTS UPDATE • 'iQbTbBb 0 0 0 1 0 5 1 1 4 1 ■ TOAI 54E D TQKIfl Small-sized Static Induction Transistor SIT with high withstand voltage 'T -S I -ii, led. Outline This device is a static induction transistor especially suited for applications which require high-speed switching and a high

Contextual Info: Magnetic Recording Heads For Super High Hc Media Outline These products feature newly developed high-performance Hi-B head cores . The high-density recording magnet head with excellent recording ability is also developed for ultra-high coercive media Hc = 3000 to 4000 Oe and

tokin ferrite

Abstract: hazam P.I TOKIN PI-1365-1R2
Contextual Info: Vol. 01 Large Current Choke Coils C • PI Series Features • Dust cores are used at the top portion and Ni-Zn ferrite cores at the bottom portion • Extremely low temperature variations of inductance approx. 2 to 3% at 100˚C retains the characteristics of