6BG6-GA GEC | Alldatasheet

Document overview

  • Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
  • PDF pages: 4

Technical content

“oN 6BG6-GA (ge \\ 6BG6-GA — 19BG6-GA 198G6-GA \\ y x wy BEAM PENTODE Pave Eelion FOR TV HORIZONTAL-DEFLECTION AMPLIFIER APPLICATIONS So DESCRIPTION AND RATING =| The 6BG6-GA is a beam-power pentode designed primarily for use as the BASING DIAGRAM horizontal deflection amplifier in television receivers. Electrically and physi- cally, the 6BG6-GA is a replacement for the 6BG6-G; the 6BG6-GA differs @1©6 primarily from the 6BG6-G by employing a straight-sided T-12 envelope. ” Except for heater ratings, the 19BG6-GA is identical to the 6BG6-GA. @) 6) GENERAL ELECTRICAL @) YY 0) Cathode—Coated Unipotential 6BG6-GA 19BGS-GA Direct Interelectrode Capacitances, approximate* Input cece ee ee cence ee ee ee eteeeene ea 11 ust Output cece cece ee eeeeceeteeteenteeenenes 6.0 ppt TERMINAL CONNECTIONS MECHANICAL ; ; Mounting Position—Vertical t Pin I—No Connection Envelope—T-12, Glass Pin 2—Heater Base—B8-110, Short Medium Shell Octal 8-Pin Pin 3—Cathode and Beam Top Cap—C1-1, Small Plates Pin 4—No Connection MAXIMUM RATINGS Pin 5—Grid Number 1 HORIZONTAL-DEFLECTION AMPLIFIER SERVICE} Pin 6—No Connection DESIGN-CENTER VALUES UNLESS OTHERWISE INDICATED Pin 7—Heater Heater-Cathode Voltage MAX Heater Positive with Respect to Cathode na Heater Negative with Respect to Cathode at Ty iF. GENERAL @@ ELECTRIC ade Supersedes ET-T925, dated 4-55

CHARACTERISTICS AND TYPICAL OPERATION AVERAGE CHARACTERISTICS Transconductance . 6... eee eee eee een ene eee ase 6000 Micromhos Grid-Number 1 Voltage, approximate * Without external shield. { Horizontal operation is permitted if pins 2 and 7 are in a vertical plane. } For operation in a 525-line, 30-frame television system as described in “Standards of Good Engineering Practice Con- cerning Television Broadcast Stations,” Federal Communications Commission. The duty cycle of the voltage pulse must not exceed 15 percent of one scanning cycle. § Value given is to be considered as an Absolute Maximum Rating, In this case, the combined effect of supply-voltage variation, manufacturing variation including components in the equipment, and adjustment of equipment controls should not cause the rated value to be exceeded. In stages operating with grid-leak bias, an adequate cathode-bias resistor or other suitable means is required to protect the tube in the absence of excitation. A\\Applied for very short interval so as not to damage tube. 4 Triode connection (screen tied to plate) with Eb =Ec2 = 250 volts and Ecl = —15 volts.

a S . g _ és oo z cy pei TE = 0 ae rt G ant ford ae its [A HE Hath fat Hi P § es LA EE a cai tH TH 2 1 = qT o 50 f= fF e aint CH aa ioe BE He ai ane eae ¢ a ae HES s pa H = ae Al = ER ae — 1 0 = ISTIC ane Cc: es oo == i , == Bil 6 7 2 eae ae ae 6 EE = ° FEF Boe. fet 2 vou vA a 6-6 24 tiie . va a . A o 0 as 00 — a 5 £ aH 6 ¢ g ie ice! HE cape Fe : A fd eo ic ee ae iH a Ba 3 5 a acl LEH Ty cH ize 1] i aa co i 250 fe ae H f = HEE He He Hee — a Hee 4 eS FH ge 0 = 20 Had é He ee ane aa of es a 0 HE a = He Pat = es 3 = inte 3 HS AV oo z a reo He ER a + 160 a 3 von seme 8 2 vate Hee E Te er L 1s Hn P vol = z z= 0 — | . = R ur ee ae . ° Hit age a = ar iti Hee A s Hn ante at =e ° oe c _ ce os T — a2 ae be a I oO ‘ a2 _ ° ee i = a = a es es + a ae

10 So ao

= m rr — ee ol vol iti as 5 LT sitters =a 2 AGI ieee cts _ = 3 Ts SS ist 60 s = b ees = So E 50S

ISEESEESEESEESEToEroS TONToTUSEGGESELTSsasastsezcesatsetsssctsceasrecatiatiorsceee™ctvstsorss (cers! MEW Seueeeuebe pesbeseeusteanenguye craters tEEt tetseeseerseeseeseersseseeeescsesser<sessceex oy z GSSECEUGEG coeuedcesneasatzatas caval sonad stsesatedsesatstvesssatcesaeates”ctatzassts’ <aarasAyy fata? ME Sas mnsuaseccsnsesseeGeesesseesnssusensessecsassesseesessnesdsssess’ sdaedessses dssdencsn .sceneaeee” 3 Egret eee eee ee eee ee eee 0g SEenasSaccassuscaess Sassuncanseceuesnssnsseesasseseeseccucses aseecesseas-dseesnsens;dcasesea\\.dens Ss ISaeuanes=*"-51q GOEESGS022"—on euGhssass”"-uncdTsedsees=2-acGseetsses?=<uGttesetna=” -cssseeuaeteetzs| -50 -40 =30 -20 -10 0 GRID NUMBER 1 VOLTAGE IN VOLTS AVERAGE TRANSFER CHARACTERISTICS SegSeSGeas Suscce esse Gacen sence secee scene taauescesecssssteseseec:steseesesssescscces sestsesnssscccs| 28 HH Eusutzasavestresasavezoreserarazoravasasasesasesessvenayesesssoactzay| eanes | = SESS SeeeGeneeeaeGebeseessesnecseccesens eases sucsccccesececcescesscses| stadaseatssesszestssazeasusesezasd stezestasssestateseatcsesezsedotartrtatezterssanestasarss?=caztet aS BEER EEEEEEEE EEE EEE EEE EERE EEE EERE E REE EEE EERE EEE EE EERE EEE REEEEEEEEEEEEEEEEEE EE Se Sagas seunueaeseUeceeseues sedeeGusseuseelscusesuens Gunes sueneseses secusssnealaseceeeer. secussses esses COR—d ESESEUesuatzasasevassatesscsessesesaessesasascacsassedsesaesosracsassstsedsevaeee-ateaeesedeezsesae paubnesees sages ncedacededasesacesccascescsncccsssscecscscenssaensscesscansessss7 sdcccacesccacesacees MES Sesssnesasesassctsatsatesraezeezaczescatserscsassedeeveesaiste sstaetar®, ca tasiaguse” ceattacze: Bay HEIR IIIHIHIItiiaa Hu istittuttattittttittseeeeeecceeeeeeeesccetecteetee eEeEREREY cet Eseesasesseta azessatasensot2*orausatesassets*osaacztezsesat*=oustfesaeae*=scsastotevecterarsss dese astusbsatsse"+tssguannenaGtee" "cra, gactasnasie" er rasaetintes? ez aaieiveseee<ctoctiste’seazezat ERS eT ee ee ee TY -50 -40 -30 -20 -10 oO GRID NUMBER 1 VOLTAGE IN VOLTS TUBE DEPARTMENT Schenectady 5, N. Y.