@koyane
ir2153 datasheet includes typical usage circuit, do you understand how it works? Google also finds many of them.
I for self had only once used ir2153 in incompatible mode as push-pull driver and oscillator in same case
The problems were:
- "high" switch was always more hotter than "low",
- switches often burned without gate-to-source 1k resistor,
- much of no-load current (I was seeking for a quick circuit to be my first solar inverter),
- completely no regulation (I was hit once by it's 400VDC at no load)
- ir2153 start-stopped when there was a "magic voltage", resulting in load "blinking".
Because I used it not as intended I then disassembled thing when I got an advanced sg3525 working.
I also had partial "success" with two of them building a full bridge with circuit as shown there:
http://hobbyelektro.eu/zdroje-menice_stridac.php. While it worked fine for low voltage (and still it serves to me as a ferrite frequency tester with two trimmers), I tried to adapt it to high voltage so I can get a very cheap MSW inverter but it only burned remaining 8 IRF740 I had (circuit worked fine even for a day and then suddenly - boom! haha, that was irritating, and that was with shared ground between generator and this circuit). From there I did not experimented with it. Actually complete lack of regulation stops me from doing any experiments with it.
So, aside from that I recommend you now to redraw the schematic from your assembled circuit, tracing any connections to parts. That always helped me when I was in trouble! And then post your result here, maybe I can help (although not a very big specialist of ir2153
I probably understand how half bridge works)