The Rare verry Strong Philips A425=RE034 Direct Heated Triode Tube/Lampe/Röhre is a vintage electronic component from the Netherlands. This unit, with a brand name of Philips, is a direct heated triode tube designed for audio and video applications. With a unique model number of A425, this rare piece is a valuable addition for collectors or enthusiasts of vintage audio equipment.
Item Tag: Netherlands
-
⭐️⭐️NOS NIB Amperex ECC88/6DJ8 Bugle Boy O-Getter Heerlen Holland Tube TV7 Test
6DJ8 ECC88. O Getter Tube. ⭐️⭐️ Tested NEW NOS NIB! TUBE’s TEST RESULT’s Grey PLATE.
-
LOT OF 5 E80F PHILIPS/AMPEREX audio tubes – NOS –
1 LOT OF 5 TUBES E80F TUBES NOS. 1 AMPEREX “PQ” QUALITY.
-
Amperex ECC88/6DJ8/6922 bugle boy D-Getter early version vintage tube
Amperex ECC88/6DJ8/6922. D-Getter early version. TV-7 tube tester test GOOD. Triangle code, cross pattern on top of head. 40 available.
-
4x ECC88 / 6DJ8 audio tubes VALVO / PHILIPS – NOS – ECC 88 – 1965
With Delta codes, silver shield and o getter. Two codes are very hard to see. RARE and EARLY version. ORIGINAL boxes. See pictures. NEW from old production (NOS). Tested on Funke W19S military tester with BEST results: around 12.5/13.5 – 12.5/13.5 – 12/12.5 – 12.5/13.5.
-
AMPERXE 6DJ8/ECC88 AUDIO VACUUM TUBE MADE IN HOLAND TV-7 TESTED NEW.
The minimum is equal to 65% of the life of the tube.
-
VINTAGE AMPEREX 6922 GOLD PIN TUBE / E88CC ECC88 6DJ8
Tube tested from : ECC88 position by Amplitrex 1000.
-
1x Philips PCC88 7DJ8 (6DJ8 equiv.) D-getter – Heerlen 1958
Test results on your tester will NOT be accepted as evidence of defect ive product.
-
6907 Amperex NOS Double Tetrode UHF Transmitter Tube Hamm Radio Museum Quality
UHF transmitting double-tetrode, 20W anode dissipation. NOS is subject to interpretation and there is no specific definition for it either. There are suggestions and opinions. Was used by Transmittertube (Radio).
-
Philips ECC83 – Foiled D-getter 1957 “Balanced” NOS
Very,very rare early version from. It have foiled D-getter and long plates. It test perfect and balanced at 1.25 + 1.20mA. The carrier is responsible for ensuring compliance.