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"600 complex impedance"
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Abstract: worldwide. Typical AC termination requirements are either 600 resistive or a specific complex impedance , Country AC term Argentina 600 Australia Austria Complex 1 0000 0011 Country , Luxembourg 600 0000 Macao 600 0000 Complex 1 Bolivia 0010 Malaysia 600 0000 Complex 0010 600 0000 600 0000 Complex 0010 Complex 0100 600 0000 Complex 0010 1 600 Bulgaria Canada Malta 0000 Mexico Complex 1 
Teridian Semiconductor Original 

73M1966 73M1966B 73M1906 TBR21 73M1916 capacitor nf TBR21 73M1916* teridian 73M1866 73M1866B/73M1966B 73M1866/73M1966B 22/73M1 
Abstract: worldwide. Typical AC termination requirements are either 600 resistive or a specific complex impedance , Country AC term Argentina 600 Australia Austria Complex 1 0000 0011 Country , Luxembourg 600 0000 Macao 600 0000 Complex 1 Bolivia 0010 Malaysia 600 0000 Complex 0010 600 0000 600 0000 Complex 0010 Complex 0100 600 0000 Complex 0010 1 600 Bulgaria Canada Malta 0000 Mexico Complex 1 
Teridian Semiconductor Original 

73M1906B 73M1866B 
Abstract: or a specific complex impedance (resistor/capacitor network) termination such as TBR21 or , Kong AC term 600 Complex Complex Complex Complex 600 600 Complex 600 600 Complex 600 Complex Complex Complex Complex 600 600 600 Complex Complex Complex Complex Complex 600 600 , term 600 Complex Complex 600 Complex Complex Complex 600 600 600 600 Complex Complex Complex Complex Complex 600 600 Complex 600 Complex Complex Complex Complex Complex 600 ACZ 
Teridian Semiconductor Original 

73M1922 yemen 73M1822 
Abstract: B8813NL xDSL/POTS ANSI complex impedance (US)  CPE ANSI complex impedance (US)  CO xDSL/POTS , Impedance Standard B8041 ADSL/POTS 600 ETSI real impedance ADSL/ISDN 135 Line Impedance , 600 ETSI real impedance ISDN Part No. Application ITU Spec 992.1 Annex E2 B8817NL xDSL/POTS , current ETSI Complex Impedance (Europe) B8859NL xDSL/POTS Option A of ETSI Spec. TS 10195211 fully , 150 Line Impedance, ISDN 4B3T, DT Sweden POTS Complex Impedance Compliant (Germany) ADSL/POTS 
Pulse Engineering Original 

B8042 B8546 B8850NL SIN346 MDF splitter V413 z230pj kdua ADSL2 splitter G992 B8802NL B8845NL B8846NL B8849NL B8841NL 
Abstract: . Discussed in this application note is the following: · 2wire 600 impedance matching · 2wire complex , into the complex impedance at 1020Hz (EQ. 49) The gain referenced back to 0dBm0(600) is equal to , complex, rather than resistive (e.g., 600). This requires that the physical resistance that is situated , · Reference design for 600 2wire load · Reference design for China complex 2wire load , resistance as shown in Figure 4. If the load impedance is 600, then the gain across the HC5503PRC is 2/3 
Intersil Original 

TP3057A AN9872 a4w 41 j156k diode a4W 680k ohms 2w RZ01 ISO9000 CH1009 
Abstract: a purely resistive load. This example will match the device to a 600 load impedance, which is the reference impedance for most North American telephony AC transmission specifications. 2 ZL 2 ( 600 , Synthesis 470nF VRX 600 The device synthesized impedance (ZO) is defined as the difference between the load impedance (ZL) and the sum of the protection resistance (RP). Z O = Z L 2R P = 600 , a complex 2wire impedance. The most widely recognized form of the complex network is shown below 
Intersil Original 

AN9824 HC55180 HC55181 HC55182 HC55183 HC55184 9824 Model 52K N0035 N0022 RSLIC18TM RSLIC18 
Abstract: will match the device to a 600 load impedance, which is the reference impedance for most North American , NETWORK C2S R1S R2S FIGURE 12. TYPICAL COMPLEX IMPEDANCE NETWORK This simulation example will use , Impedance Synthesis When matching the device to a complex load the sum of the protection resistance is , impedance now takes the form of the complex network defined by R1S , R2S and C2S . R 1S = 400 ( R 1 2R P , transmission requirements are defined around a complex 2wire impedance. The most widely recognized form of the 
Intersil Original 

N0044 N0008 
Abstract: resistive load. This example will match the device to a 600 load impedance, which is the reference , . 35 RSLIC18 MODEL TIP 470nF VRX 600 VTX The device synthesized impedance (ZO) is , . Device Impedance Synthesis Z O = Z L 2R P = 600 2 ( 35 ) = 530 IN VFB FIGURE 10. G24 , . TYPICAL COMPLEX IMPEDANCE NETWORK The G24 results are predicted using the voltage divider relationship ,  = 0.441 600 + 2 ( 35 ) + 530 Z L + 2R P + Z O (EQ. 11) Device Impedance Synthesis The 
Intersil Original 

N0033 A 611M 400Z 4.00z 
Abstract: voiceband frequencies which is complex, rather than resistive (e.g., 600) . This requires that the physical , Quad PCM CODEC [1]. Discussed in this application note are the following: 2wire 600 impedance matching 2wire complex impedance matching Receive gain (4wire to 2wire) and transmit gain (2wire to 4 , resistance as shown in Figure 4. If the load impedance is 600, then the gain across the HC5503PRC is 2/3 (400 , Note AN352 Reference Design of the HC5503PRC and the IDT821034 With a 600 Load Impedance The 
Integrated Device Technology Original 

zo600 Zo600 RA1Z HC5503 CA5470M 60196VRMS 680II0 
Abstract: line with an impedance for voiceband frequencies which is complex, rather than resistive (e.g., 600). , two sense resistors (RS) to the load (Z0). · 2wire complex impedance matching · Receive gain (4 , Reference design for 600 2wire load · Reference design for China complex 2wire load +2.5V TF + , wire 600 impedance matching RX VTX TRANSMIT + x2 Impedance Matching Discussed in this , resistance as shown in Figure 4. If the load impedance is 600 then , the gain across the HC5503PRC is 2/3 
Intersil Original 

NW1034 a4w 29 a4w 23 AN9924 
Abstract: impedance for voiceband frequencies which is complex, rather than resistive (e.g. 600). The HC55185 , 115nF Complex Impedance EXAMPLE 2: Impedance Matching Calculate RS to make ZTR = 220 + 820 , ) EG RS COMPLEX RS = 133.3(600  2*49) VRX RS + VTR  ZL RS = 16.26k in series , VALUE 66.5k ZL = ZTR = 600 + 2.16uF RS RS = 133.3(600  2*49) + 2.16uF/133.3 COMPLEX RS , equal to each other. (EQ. 32) For a line impedance of 600, RS equals: The gain across the 
Intersil Original 

AN9991 16X10 AK2306 ZO 109 115nF 13k g4 AK2306LV AK2306/2306LV 26195VRMS 51382VRMS 
Abstract: line with an impedance for voiceband frequencies which is complex, rather than resistive (e.g. 600). , Discussed in this application note are the following: · 2wire 600 impedance matching. · Receive gain (4 , . · Reference design for 600 2wire load. · Reference design for China complex 2wire load , RESISTIVE INTERSIL UniSLIC14 RP 30 VRX VS ZT ZT = 200(600  2*30) + 2.16uF/200 COMPLEX , 600 + 2.16uF ZT + VTR  ZO COMPLEX ZT = 200(600  2*30) TIP + V2W  ZT ZO 
Intersil Original 

TCM38C17 AN9903 ZTR 200 SLIC14 
Abstract: frequencies which is complex, rather than resistive (e.g., 600) . This requires that the physical resistance , Quad PCM CODEC [1]. Discussed in this application note are the following: ! 2wire 600 impedance matching ! 2wire complex impedance matching ! Receive gain (4wire to 2wire) and transmit gain (2 , resistance as shown in Figure 4. If the load impedance is 600, then the gain across the HC5503PRC is 2/3 (400 , 352 Reference Design of the HC5503PRC and the IDT821034 With a 600 Load Impedance The design criteria is as 
Integrated Device Technology Original 

AN352 
Abstract: impedance (ZO). Figure 1 shows the calculations of ZT to match a resistive and 2 complex loads. The , subscriber line with an impedance for voiceband frequencies which is complex, rather than resistive (e.g., 600). The UniSLIC14 accomplishes this impedance matching with a single network connected to the ZT , capacitor). Discussed in this application note are the following: · 2wire 600 impedance matching. · , calculations. · Reference design for 600 2wire load. · Reference design for China complex 2wire load 
Intersil Original 

55742VRMS 51769VRMS 
Abstract: line with an impedance for voiceband frequencies which is complex, rather than resistive (e.g., 600). , capacitor). Discussed in this application note are the following: · 2wire 600 impedance matching. · , calculations. · Reference design for 600 2wire load. · Reference design for China complex 2wire load , ) (EQ. 1) Z T = 200 · ( Z TR 2R P ) ZT VRX TIP + COMPLEX ZO = ZTR = 600 RP 30 , ( Z TR 2R P ) (EQ. 23) For a line impedance of 600, ZT equals: Z T = 200 · ( 600 60 ) = 
Intersil Original 

1432K ETC5054/57 F/200 
Abstract: impedance (ZL). Figure 1 shows the calculations of RS to match a resistive and 2 complex loads. The , subscriber line with an impedance for voiceband frequencies which is complex, rather than resistive (e.g. 600). The HC55185 accomplishes this impedance matching with a single network connected between the , are the following: · 2wire 600 impedance matching. · Receive gain (4wire to 2wire) and transmit , wire load. · Reference design for China complex 2wire load. EXAMPLE 2: Impedance Matching 
Intersil Original 

AN9933 IM30 
Abstract: line with an impedance for voiceband frequencies which is complex, rather than resistive (e.g., 600). , note are the following: · 2wire 600 impedance matching The circuitry inside the dotted box is , wire complex impedance matching · Receive gain (4wire to 2wire) and transmit gain (2wire to 4 , the total loop resistance as shown in Figure 4. If the load impedance is 600, then the gain across , Design of the HC5503PRC and the TCM38C17 With a 600 Load Impedance The design criteria is as follows 
Intersil Original 

AN9898 
Abstract: ) to terminate the subscriber line with an impedance for voiceband frequencies which is complex , impedance matching. · 2wire complex impedance matching. · Receive gain (4wire to 2wire) and transmit , 2wire load. · Reference design for China complex 2wire load. Impedance Matching Impedance , of the complex network. 2 To achieve the desired matching of the circuit to the line impedance , resistance as shown in Figure 4. If the load impedance is 600, then the gain across the HC5503PRC is 2/3 
Intersil Original 

j250k TP30 TI 3029 772K 
Abstract: line with an impedance for voiceband frequencies which is complex, rather than resistive (e.g. 600). , load (Z0). · 2wire 600 impedance matching. · 2wire complex impedance matching. · Receive gain (4 , . · Reference design for 600 2wire load. · Reference design for China complex 2wire load , shown in Figure 4. If the load impedance is 600, then the gain across the HC5503PRC is 2/3 the input voltage VRX. Likewise, if the load impedance is 811, (next example with a complex load) then the gain 
Texas Instruments Original 

38C1 EQ24 
Abstract: +5V T BAPI1 5V COMPLEX 600n IMPEDANCE STRAP STRAP TRANSMIT C2 C3 TIP 8c RING RECEIVE LOOP SEIZURE & DIALING RELAY 600 Q / Complex impedance Trunk Interface (see notes on back , , expensive centralofficequality transformers. Real or complex impedance can be achieved, impedance can be , connections. Strap Z1 and 72 together to set TIPRING impedance to 600 Q, or connect an external Impedance , agencies. It terminates a line with the desired impedance and offers unitygain two to four wire 
 OCR Scan 

B32520 B3104J II115 D8770 
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