SL2522 Search Results

Contextual Info: DS3212 - 2.1 SL2524 1.3GHz DUAL WIDEBAND LOGARITHMIC AMPLIFIER The SL2524 is a pin compatible replacement for the SL2521 and SL2522 series of log amplifiers, and exhibits a superior stability performance. The amplifier is a successive detection type which provides linear gain and accurate logarithmic signal compression over a wide bandwidth. The two

LC20

Abstract: SL2521 SL2524 SL2524B
Contextual Info: SL2524 1.3GHz Dual Wideband Logarithmic Amplifier DS4548 - 2.1 July 1995 The SL2524 is a pin compatible replacement for the SL2521 and SL2522 series of log amplifiers, and exhibits a superior stability performance. The amplifier is a successive detection type which provides linear gain and accurate logarithmic signal compression over a wide bandwidth. The two

LC20

Abstract: SL2521 SL2524 SL2524B
Contextual Info: SL2524 1.3GHz Dual Wideband Logarithmic Amplifier DS4548 - 2.1 July 1995 The SL2524 is a pin compatible replacement for the SL2521 and SL2522 series of log amplifiers, and exhibits a superior stability performance. The amplifier is a successive detection type which provides linear gain and accurate logarithmic signal compression over a wide bandwidth. The two

Contextual Info: M ITE L SL2524 R F M rn N ra irrm d 1.3GHz Dual Wideband Logarithmic Amplifier DS4548 - 2.1 The SL2524 is a pin compatible replacement for the SL2521 and SL2522 series of log amplifiers, and exhibits a superior stability performance. The amplifier is a successive

Contextual Info: GEC P L E S S E Y MIC l > [\ I I I ADVANCE INFORMATION I IKS D.S. 3212 2.0 SL2524 1,3GHz DUAL WIDEBAND LOGARITHMIC AMPLIFIER The SL2524 is a pin compatable replacement for the SL2521 and SL2522 series of log amplifiers, and exhibits a superior stability performance. The amplifier is a successive

Contextual Info: H H G E C PLESSEY 0S9212-2.1 SL2524 1.3GHz DUAL WIDEBAND LOGARITHMIC AMPLIFIER The SL2524 is a pin compatible replacement for the SL2521 and SL2522 series of log amplifiers, and exhibits a superior stability performance. The amplifier is a successive detection type which provides linear gain and accurate loga­

Contextual Info: 5Ë GEC PLESSEY SEMICONDUCTOR SL2524 1.3GHz DUAL WIDEBAND LOGARITHMIC AMPLIFIER The SL2524 is a pin compatible replacement for the SL2521 and SL2522 series of log amplifiers, and exhibits a superior stability performance. The amplifier is a successive detection type which provides linear gain and accurate loga­

Contextual Info: J M IT E L SL2524 -„ riP iirii in n n 1.3GHz Dual Wideband Logarithmic Amplifier DS4548 - 2.1 The SL2524 is a pin com patible replacement for the SL2521 and SL2522 series of log amplifiers, and exhibits a superior stability performance. The amplifier is a successive

Contextual Info: K, ; 1 W2 31 GEC P L E S S E Y JUNE 1992 PRELIMINARY INFORMATION S K M I C O N I) U C T O R S D S 3212 IS S U E 1.2 SL2524 1.3GHz DUAL WIDEBAND LOGARITHMIC AMPLIFIER The SL2524 is a pin for pin compatible replacement for the SL2521 and SL2522 series of log amplifiers, and

LC20

Abstract: SL2521 SL2524 SL2524B
Contextual Info: SL2524 1.3GHz Dual Wideband Logarithmic Amplifier DS4548 - 2.1 July 1995 The SL2524 is a pin compatible replacement for the SL2521 and SL2522 series of log amplifiers, and exhibits a superior stability performance. The amplifier is a successive detection type which provides linear gain and accurate logarithmic signal compression over a wide bandwidth. The two

LC20

Abstract: SL2521 SL2524 SL2524B
Contextual Info: SL2524 1.3GHz Dual Wideband Logarithmic Amplifier DS4548 - 2.1 July 1995 The SL2524 is a pin compatible replacement for the SL2521 and SL2522 series of log amplifiers, and exhibits a superior stability performance. The amplifier is a successive detection type which provides linear gain and accurate logarithmic signal compression over a wide bandwidth. The two

Contextual Info: SL2524 1.3GHz Dual Wideband Logarithmic Amplifier DS4548 - 2.1 July 1995 The SL2524 is a pin compatible replacement for the SL2521 and SL2522 series of log amplifiers, and exhibits a superior stability performance. The amplifier is a successive detection type which provides linear gain and accurate logarithmic signal compression over a wide bandwidth. The two

DS3212

Contextual Info: MITEL SL2524 sE M icnN D uerm R 1 -3GHz Dual Wideband Logarithmic Amplifier DS4548 - 2.1 The SL2524 is a pin compatible replacement for the SL2521 and SL2522 series of log amplifiers, and exhibits a superior stability performance. The amplifier is a successive

Contextual Info: S i GEC PLE SS EY S I M I O i\ I 1 < 1 O K ADVANCE INFORMATION S SL2524 1.3GHz DUAL WIDEBAND LOGARITHMIC AMPLIFIER The SL2524 is a pin compatabie replacement for the SL2521 and SL2522 series of log amplifiers, and exhibits a superior stability performance. The amplifier is a successive

LC20

Abstract: SL2521 SL2524 SL2524B
Contextual Info: SL2524 1.3GHz Dual Wideband Logarithmic Amplifier DS4548 - 2.1 July 1995 The SL2524 is a pin compatible replacement for the SL2521 and SL2522 series of log amplifiers, and exhibits a superior stability performance. The amplifier is a successive detection type which provides linear gain and accurate logarithmic signal compression over a wide bandwidth. The two

Contextual Info: Advance Data Sheet Product Description SL-2522 The SL-2522 is Stanford Microdevices’ high-linearity 25W LDMOS transistor designed for base station applications at or near 2200 MHz. Rated for minimum output power of 25W, it is ideal for CDMA, TDMA, GSM, FM, Single or Multi-Carrier Power

SL2521

Abstract: amplifier CV 203 SL2522BCLC SL2521C SL2524 SL2522ACLC
Contextual Info: GEC PLESSEY S E M IC O N D U C T O R S SL2521C 1.0GHz DUAL WIDEBAND LOGARITHMIC AMPLIFIER N O T R E C O M M E N D E D F O R NEW D E S IG N S - TO BE REPLACED BY SL2524 T h e S L 2521 is a r e v o lu tio n a r y m o n o lith ic in te g ra te d c ir c u it

transistor 5cw

Abstract: transistor 5cw 61 sd1466 transistor 6cw TRANSISTOR REPLACEMENT GUIDE 6CW transistor MS3016 transistor selection guide PH1516-2 STM1645-10
Contextual Info: Richardson Electronics 800-737-6937 www.rfpowernet.com RF POWER TRANSISTOR SELECTION GUIDE August 2000 Table of Contents Preface Supplier - Product Matrix Tab Page HF VHF UHF VHF-UHF TV LINEAR General Purpose Cellular, GSM, Paging PCS, DCS, WLL 3G, WCDMA, UMTS, CDMA2000

SMDI

Abstract: Transistor Equivalent list SL-25221 SL-30101 SL-30102 SL-30201 SL-30202 SL-60101 SL-60102 SL-60201
Contextual Info: 522 Almanor Ave. Sunnyvale, CA 94085 Product Obsolescence Notice Notification Date: 10/27/2000 Obsolescence of See List Below Please be advised that Stanford Microdevices will be obsolescing the following product or products on the effective date noted for the products listed.

Contextual Info: Preliminary Product Description SL-2522 The SL-2522 is Stanford Microdevices’ high-linearity 25W LDMOS transistor designed for base station applications at or near 2200 MHz. Rated for minimum output power of 25W, it is ideal for CDMA, TDMA, GSM, FM, Single or Multi-Carrier Power

Contextual Info: Obsolescence Notice This product is obsolete. This information is available for your convenience only. For more information on Zarlink’s obsolete products and replacement product lists, please visit http://products.zarlink.com/obsolete_products/ SL2524 1.3GHz Dual Wideband Logarithmic Amplifier

Contextual Info: SL2521C 1.0GHz DUAL WIDEBAND LOGARITHMIC AMPLIFIER N O T R E C O M M E N D E D F O R NEW D E S IG N S - TO BE REPLACED BY SL2524 The SL2521 is a re volu tio na ry m o n o lith ic integrated circu it designed on an advanced 3 m icron o xide isolated bip o lar

Contextual Info: GEC PLESSEY S K M I C O N I U C T O R S SL2521B 1.3GHz DUAL WIDEBAND LOGARITHMIC AMPLIFIER N O T R E C O M M E N D E D F O R NEW D E S IG N S - TO BE REPLAC ED BY SL2524) The SL2521 is a revolutionary monolithic integrated circuit designed on an advanced 3 micron oxide isolated bipolar

ad2100

Abstract: TRANSISTOR J427 SL-25221
Contextual Info: Advance Data Sheet Product Description SL-2522 The SL-2522 is Stanford Microdevices’ high-linearity 25W LDMOS transistor designed for base station applications at or near 2200 MHz. Rated for minimum output power of 25W, it is ideal for CDMA, TDMA, GSM, FM, Single or Multi-Carrier Power