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ROHM Semiconductor BU1850MUV-E2 IC XPNDR 400KHZ I2C 16VQFN
Distributors	Part	Package	Stock	Lead Time	Min Order Qty	Price	Buy
DigiKey	BU1850MUV-E2	Cut Tape			1	1 $2.39 10 $2.39 100 $2.39 1000 $2.39 10000 $2.39	Buy Now
	BU1850MUV-E2	Digi-Reel			1	1 $2.39 10 $2.39 100 $2.39 1000 $2.39 10000 $2.39	Buy Now
	BU1850MUV-E2	Reel			3,000	1 - 10 - 100 - 1000 - 10000 $0.63	Buy Now
Mouser Electronics	BU1850MUV-E2					1 - 10 - 100 - 1000 - 10000 -	Get Quote
Avnet Silica	BU1850MUV-E2			13 Weeks	3,000	1 - 10 - 100 - 1000 - 10000 -	Buy Now
CoreStaff Co Ltd	BU1850MUV-E2		11,678			1 $1.191 10 $0.977 100 $0.552 1000 $0.497 10000 $0.497	Buy Now
AATC AK-500850-MU-1C Speakers & Transducers Speaker 8ohm 50mm, 5W
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Mouser Electronics	AK-500850-MU-1C					1 - 10 - 100 - 1000 $3.11 10000 $3	Get Quote

850MU Datasheets Context Search

Catalog Datasheet	MFG & Type	Document Tags	PDF
UT34-50 Abstract: 125mu pot 10k zener diode c5 10NF 1201W 20PF 470PF LQ821 22AWG Text: RF iN UT34-50 2.5In. LOnG T1 C3 470PF 125MU fErritE C1 15PF C2 1NF PcB trAce Pcb tRace LQ821 22AWG 4 TurNs .075in. diA 4 tuRnS 22AWG .075iN. diA 10K 2 R1 1201W C4 20PF C10 10NF R2 120 850mu terroid 22AWG 3 tUrnS .075iN. dIa 22AWG 9 turns .075 iN. dia C11 10NF	Original	UT34-50 470PF 125MU LQ821 22AWG 075in. 22AWG 850mu UT34-50 pot 10k zener diode c5 10NF 1201W 20PF LQ821	PDF
159C Abstract: TB159C SR401 SR-401 470PF UT34-17 10NF Torroid 125mu 100WPEP Text: C17 22uF Tantalum Vds=28Vdc 850mu Torroid 10K Pot OUT V Regulator IN ADJUST L14 18AWG 5turns .130in dia C13 10NF T2 R2 15 T1 C4 470PF C15 L18 18AWG 10NF 15turns C16 47UF63V Electrolytic R7 10K T3 R3 10K C7 470PF UT34-17 UT 85-15 T4 RF out C5 8.2 PF UT56-50	Original	28Vdc 850mu 18AWG 130in 470PF 15turns 47UF63V UT34-17 159C TB159C SR401 SR-401 470PF UT34-17 10NF Torroid 125mu 100WPEP	PDF
SR746 Abstract: 10k pot 108MHz resistor of 47ohm 01UF 01UFD 18PF 20AWG 470PF 47UF Text: RF In 1 C1 470PF C2 15PF 4 C3 15PF R6 15 10 2 C8 0.01UFD L1 56NH R1 10K 5 10K Pot 3 6 12 SA741 18AWG 7 C4 20PF 2.2 inches 8 C5 13PF Terroid 14 turns 20AWG 850mu 20AWG 9 390 ohm 1/2 W Zener D1 6.8V R3 2.2K RF Out R5 10K C6 .01UF RF in 47uf 100V Vds=50Vdc C1	Original	470PF 01UFD SA741 20AWG 18AWG 850mu 50Vdc 1000PF 265in SR746 10k pot 108MHz resistor of 47ohm 01UF 01UFD 18PF 20AWG 470PF 47UF	PDF
b16 zener Abstract: zener diode c5 C61NF transistor Z2 zener c2 10KPOT 20pf B16 diode C710 zener z2 Text: RFin C1 7.5PF 1 3 turns C2 20PF L1 22AWG 2 C31NF 3 Gendiode R6 10K 10KPot 1/2turn L2 22AWG 16 14 Zener Gendiode 15 4 8 12 L2821 R1180 5 9 22ohm 1/2W R43.9K 7 6 C61NF 4/10/01 C5 9.1PF 1/2turn L322AWG 22AWG 12turns C710NF 850mu terroid C847UF,25V C4 10NF 11	Original	22AWG C31NF 10KPot L2821 R1180 22ohm C61NF L322AWG b16 zener zener diode c5 C61NF transistor Z2 zener c2 10KPOT 20pf B16 diode C710 zener z2	PDF
Untitled Abstract: No abstract text available Text: TB111-A Pout/Gain vs Pin Freq=110MHz;Vds=12.5Vdc Idq=.6A 35.0 14 12 10 30.0 Pout 8 Efficiency @10W = 60% 6 25.0 4 Gain 2 20.0 0.01 0.02 0.03 0.04 0.05 0.06 Pin in Watts 0.07 0.08 0.09 0.1 TB111-A Pout/Gain vs Pin Freq=88MHz;Vds=12.5Vdc Idq=.6A 16 31.0 29.0	Original	TB111-A 110MHz 88MHz 10MHz 22AWG 850mu 22AWG	PDF
TB223 Abstract: amidon BN-61-202 Text: June 22, 2012 TB223 Frequency=20-35MHz Pout=30W Gain=17dB Vds=24Vdc Idq=0.4A Efficiency=30 to 58% L2701 PH: 805 484-4210 FAX:(805)484-3393 1110 Avenida Acaso, Camarillo CA 93012 www.polyfet.com June 22, 2012 TB223 Pout/Gain vs Pin: Freq=20 MHz, Vds=24Vdc, Idq=0.4A	Original	TB223 20-35MHz 24Vdc L2701 TB223 24Vdc, 17-turn, 850mu amidon BN-61-202	PDF
TB192 Abstract: UT-085 UT-085C-FORM-F r4 4.7k SQ202 120p Text: TB192 Pout/Gain vs Pin f=870MHz Vds=28Vdc Idq=.4A 16 13.5 13 12.5 Pout 11 11.5 P1dB=10W 8 10.5 Gain 6 Efficiency@10W = 27% 9.5 3 1 8.5 0.5 1 1.5 2 Pin in Watts TB192 Gain/Efficiency vs Freq Vds=28Vdc Idq=.4A 12 50.0 45.0 9 Gain 40.0 Pout fixed at 10W 6 35.0	Original	TB192 870MHz 28Vdc 850mu UT-085C-FORM-F SQ202 UT-085 UT-085C-FORM-F r4 4.7k SQ202 120p	PDF
TB-163 Abstract: SQ201 10NF 470PF UT34-50 Text: T B - 1 6 3 S Q 2 0 1 G a i n /E f f i c i e n c y v s F r e q u e n c y ; V d s = 2 8 V d c I d q = . 4 A 16 100 90 80 12 70 60 Gain 8 50 Pout fixed at 4W 40 Efficiency 30 4 20 10 50 100 150 200 250 300 350 400 450 500 550 Freq in MHz TB-163 SQ201 Pout vs Pin Freq=250MHz Vds=28Vdc Idq=400ma	Original	TB-163 SQ201 250MHz 28Vdc 400ma 30MHz 10NF 470PF UT34-50	PDF
TB201 Abstract: NJM78L08 20AWG SK204 SK2042 Text: TB201 SK204 Freq=610MHz Vds=28Vdc Idq=1A 35 15.0 Linear @2.3W 28 14.0 Pout 21 13.0 14 12.0 Gain P1dB=10W 7 11.0 Efficiency @34W= 37% 0.0000 1.0000 10.0 3.0000 2.0000 Pin in Watts TB201 SK204 Freq=785MHz Vds=28Vdc Idq=1A 35 15.0 Linear @2W 28 14.0 Pout 21 13.0	Original	TB201 SK204 610MHz 28Vdc 785MHz NJM78L08 20AWG SK2042	PDF
TB224 Abstract: D02BZ2 Amidon ferrite Text: October 31, 2012 TB224 Frequency=30-512MHz Pout=1.5W Gain=10dB Vds=28Vdc Idq=0.2A Efficiency=13-18% SP201 PH: 805 484-4210 FAX:(805)484-3393 1110 Avenida Acaso, Camarillo CA 93012 www.polyfet.com October 31, 2012 TB224 Pout/Gain vs Pin: Freq=30MHz, Vds=28Vdc, Idq=0.2A	Original	TB224 30-512MHz 28Vdc SP201 TB224 30MHz, 28Vdc, 250MHz, D02BZ2 Amidon ferrite	PDF
TB146 Abstract: L2821 Z4 51 Text: TB-146 Pin vs Pout Freq=850MHz Vds=12.5Vdc Idq=.4A 8 12.0 P1dB=4W 6 Pout 11.0 Gain 10.0 4 2 Efficiency = 45% 9.0 0.2 0.4 0.6 0.8 1 Pin in Watts TB146, L2821; Vds=12.5Vdc Idq=.8A, 850MHz -27 -31 -35 -39 -43 -47 -51 -55 -59 -63 -67 -71 -75 3rd Order 5th Order	Original	TB-146 850MHz TB146, L2821; 850MHz 450in 325in, 070in 050in, TB146 L2821 Z4 51	PDF
SR746 Abstract: TB183D 20AWG 47UF Polyfet RF Devices SR341 Text: Polyfet RF Devices TB183D SR746 Gain/Efficiency vs Freq; Vds=50Vdc Idq=1A 80 70 70 60 60 50 Gain Pout fixed at 300W 40 Efficiency Eff in % Gain in dB 50 40 30 30 20 20 10 10 2 4 6 8 10 12 14 16 Freq in MHz Page 1 18 20 22 24 26 28 30 Polyfet RF Devices 1.5MHz Chart 1	Original	TB183D SR746 50Vdc 50Vdc 850mu 850mu 21ohm 20AWG 47UF Polyfet RF Devices SR341	PDF
TB162 Abstract: LK401 10NF 18PF 47PF 47UF pot B 10K ohm 5 pin 850mu UT75-10 UT85-5 Text: T B - 1 6 2 L K 4 0 1 F r e q v s G a i n /E f f i c i e n c y ; V d s = 2 8 V d c I d q = . 8 A 16 100 90 14 80 70 Gain 12 Pout fixed at 60W 60 10 50 40 8 30 Efficiency 6 20 50 100 150 200 250 300 350 400 450 500 550 F r e q i n M H z TB-162 LK401 Pin vs Pout Freq=250MHz Vds=28Vdc Idq=800ma	Original	TB-162 LK401 250MHz 28Vdc 800ma 30MHz TB162 10NF 18PF 47PF 47UF pot B 10K ohm 5 pin 850mu UT75-10 UT85-5	PDF
Tb148 Abstract: c815 C530 01UF 18PF 30PF LP722 Text: Tb148 TB-148 Pin vs Pout Fr=460MHz Vds=12.5 Vdc Idq=0.4A 40 14.0 35 13.0 Linear @ 10W Pout 30 12.0 25 11.0 20 10.0 15 Gain in dB Pout in Watts P1dB=25W Gain 9.0 Efficiency@30W=55% 10 8.0 5 7.0 0.5 1 1.5 2 2.5 3 Pin in Watts 3.5 4 4.5 5 5.5 6 TB-148 Freq vs Gain/Efficiency; VDS=12.5Vdc Idq=.4A	Original	Tb148 TB-148 460MHz 10KPOT 24AWG LP722 450-470MHz, 850mu Tb148 c815 C530 01UF 18PF 30PF LP722	PDF

TB176 Abstract: amidon BN-61-202 UT85-15 BN61202 amidon BN-61-202 UT85-50 UT75-10 UT85 50 47UF Text: R F in C1 11 P F 3 .5 in . 125m u U T 8 5 -5 0 R4 10K C2 39NF C4 39NF R5 10K A S p lit to "A " a n d "B " 3 .5 in . 125m u U T 7 5 -1 0 A 5W 12oh m SR401 C 6 1 .2 N F R2 15 R3 15 C 7 1 .2 N F 18AW G 9 tu rns 1 18AW G 1 4 tu rn s R 7 2 .2 K 3 .5 in . 125m u	Original	SR401 SR401 28Vdc 30-174Mhz ATC-100B R01-02 850mu 125mu TB176 amidon BN-61-202 UT85-15 BN61202 amidon BN-61-202 UT85-50 UT75-10 UT85 50 47UF	PDF
TB164 Abstract: gP DIODE S8201 GP 015 DIODE 12W15 Text: T B - 1 6 4 S 8 2 0 1 G a i n /E f f i c i e n c y v s F r e q u e n c y ; V d s = 2 8 V d c I d q = . 2 A 16 100 90 80 12 70 60 Gain 8 50 Pout fixed at 1.5W 40 Efficiency 30 4 20 10 50 100 150 200 250 300 350 400 450 500 550 Freq in MHz TB-164 S8201 Pout vs Pin Freq=250MHz Vds=28Vdc Idq=200ma	Original	TB-164 S8201 250MHz 28Vdc 200ma 250mw 30MHz TB164 gP DIODE GP 015 DIODE 12W15	PDF
TB147 Abstract: 450-470MHZ 01UF 22PF 33PF 470PF LP821 Text: Tb147 TB-147 Pin vs Pout Freq=460MHz Vds=12.5 Vdc Idq=.4A 14 18.0 Linear@2W 17.0 12 16.0 Pout 15.0 P1dB=7W 14.0 8 13.0 6 12.0 Gain in dB Pout in Watts 10 Gain 4 11.0 Efficiency@10W=54% 10.0 2 9.0 8.0 0.2 0.4 0.6 0.8 1 Pin in Watts 1.2 1.4 1.6 1.8 2 TB-147 Gain & Efficiency flatness; VDS=12.5Vdc Idq=.4A	Original	Tb147 TB-147 460MHz 68OHM 470PF LP821 850mu 450-470MHz, TB147 450-470MHZ 01UF 22PF 33PF 470PF LP821	PDF
TB227 Abstract: LP801 Text: November 21, 2013 TB227 Frequency=10-100MHz Pout=10W Gain=13dB Vds=28Vdc Idq=0.2A Efficiency=55% Typical LP801 PH: 805 484-4210 FAX:(805)484-3393 1110 Avenida Acaso, Camarillo CA 93012 www.polyfet.com November 21, 2013 PH:(805)484-4210 FAX:(805)484-3393 1110 Avenida Acaso, Camarillo CA 93012	Original	TB227 10-100MHz 28Vdc LP801 1111X103KW500 1111N102GW500 P5312-ND FT-37-43 -FT-37-43 FT-50-43 TB227 LP801	PDF
TB182 Abstract: amidon ATC100B UT43-10 LR401 ATC200B ATC-200B 125mu BN-61-2102 10NF Text: T B - 1 8 2 L R 4 0 1 G a i n /E fficiency vs Freq; Vds=28Vdc Idq=1A 80 70 70 60 60 50 50 Efficiency Pout fixed at 100W 40 40 30 30 Gain 20 20 10 10 100 200 300 400 500 Freq in MHz T B - 1 8 2 P o u t /G a i n v s P i n F r e q = 1 0 0 M H z V d s = 2 8 V d c	Original	28Vdc TB-182 300MHz 28Vdc 15ohm ATC-700B R01-6 ATC-100B 470pf TB182 amidon ATC100B UT43-10 LR401 ATC200B ATC-200B 125mu BN-61-2102 10NF	PDF
TB181 Abstract: 470PF 10Turns 18AWG R110 UT85-15 01uF UT85 50 33PF 47UF Text: RF IN 19 L=4in UT56-50 C1 9.1PF 4 3 C3 470PF 2 Turns, 22awg 2 1 C4 470PF 2 Turns, 22awg 5 7 31 R2 10 C6 .01UF Ferrite=40mu UT34-17 L=2.7in 8 R1 10 9 SR704 6 10 27 26 R6 10K R5 2.2K R3 5.6K C5 .01UF 10K POT 11 7.5V Zener 12 16 13 C8 47UF 100V 15 Noah Xiong	Original	UT56-50 470PF 22awg 470PF UT34-17 SR704 UT85-15 18AWG 240PF TB181 10Turns 18AWG R110 UT85-15 01uF UT85 50 33PF 47UF	PDF
TB206 Abstract: LR501 78L08 16AWG 160RF Text: TB206 LR501, RF out/Gain vs RF in, Vds=28Vdc, Idq=0.8A, Freq=160MHz 20.0 220 200 19.5 180 160 RF out 19.0 140 Gain 120 18.5 100 P1dB at 200W 80 18.0 60 40 17.5 20 17.0 0.5 1 1.5 2 2.5 3 3.5 4 RF in Watts TB206 LR501, RF out/Gain vs RF in, Vds=28Vdc, Idq=0.8A, Freq=230MHz	Original	TB206 LR501, 28Vdc, 160MHz 230MHz LR501 78L08 16AWG 160RF	PDF
171B Abstract: TB171B 20AWG LP721 Text: Polyfet RF Devices TB171B Vds=12.5Vdc Idq=0.6A Efficiency=60% at 15W Pout=15W LP721 Frequency=450-470 MHz TB-171B G ain/Efficiency vs Freq; VDS=12.5Vdc Idq=0.6A 20 70 18 60 50 Efficiency Gain 16 Pout fixed at 15W 40 14 30 12 20 10 10 8 450 452 454 456 458	Original	TB171B LP721 TB-171B 450MHz 850mu 20AWG 18AWG 190mils 171B TB171B LP721	PDF
TB188 Abstract: TB-188 850mu 20AWG 47UF F2001 SQ701 Text: TB188 Pout/Gain vs Pin Freq=1.5Mhz;Vds=24Vdc Idq=1.75A 40 40.0 38.0 36.0 32 P1dB =20W 34.0 Pout 32.0 24 30.0 28.0 16 26.0 Efficiency @20W = 45% 24.0 Gain 8 22.0 20.0 18.0 0.1 0.2 0.3 Pin in Watts 0.4 0.5 TB188 F2001->SQ701 Gain/Efficiency vs Freq; Vds=24Vdc Idq=1.75A	Original	TB188 24Vdc F2001-- SQ701 24Vdc TB-188 850mu 20AWG 47UF F2001	PDF
TB217 Abstract: PORCELAIN Text: May 16, 2012 TB217#3 Frequency=30-512MHz Pout=10W Gain=10dB Vds=28Vdc Idq=0.2A Efficiency=30 to 55% LP801 PH: 805 484-4210 FAX:(805)484-3393 1110 Avenida Acaso, Camarillo CA 93012 www.polyfet.com May 16, 2012 TB217#3 Gain/Efficiency vs Frequency: Vds=28Vdc, Idq=0.2A, Pout=10W	Original	TB217 30-512MHz 28Vdc LP801 28Vdc, 30MHz RHM10kECT-ND PORCELAIN	PDF

850MU Search Results

850MU Price and Stock

ROHM Semiconductor BU1850MUV-E2

AATC AK-500850-MU-1C

850MU Datasheets Context Search

UT34-50

159C

SR746

b16 zener

Untitled

TB223

TB192

TB-163

TB201

TB224

TB146

SR746

TB162

Tb148

TB176

TB164

TB147

TB227

TB182

TB181

TB206

171B

TB188

TB217